# Defensepedia

> Open-source, structured reference data on military capabilities (land, missile, air, naval, space, cyber). Every value has a unit, a public source, a confidence rating (high/medium/low) and a date. Unclassified, publicly released information only. License: CC BY 4.0, credit "Defensepedia".

## Data

- [All systems (JSON)](https://www.defensepedia.com/data/systems.json): full dataset with sources
- [All values (CSV)](https://www.defensepedia.com/data/systems.csv): one row per value
- [Sources (JSON)](https://www.defensepedia.com/data/sources.json)
- [Sourcing method](https://www.defensepedia.com/method.html)

## Systems

- [1B75 Penicillin](https://www.defensepedia.com/systems/1b75-penicillin.html): The 1B75 Penicillin Russian 8x8 Counter-Artillery System is a counter-artillery system designed to use acoustic signals and thermal imaging to detect enemy artillery and direct counter-battery fire. The 1B75 has an effective detection range of 25 km and can direct a single battery at a time. JSON: https://www.defensepedia.com/data/systems/1b75-penicillin.json
- [1L13-3 Nebo SV (Box Spring)](https://www.defensepedia.com/systems/1l13-3-nebo-sv.html): The 1L13-3 Nebo radar (NATO name: BOX SPRING) is a mobile, 2-D early warning radar operating in the A/B Band. The 1L13-3 Nebo radar ECCM features include pulse to pulse frequency agility. JSON: https://www.defensepedia.com/data/systems/1l13-3-nebo-sv.json
- [1L219 Zoopark-1 (1L259)](https://www.defensepedia.com/systems/1l219-zoopark-1.html): The 1L219 Zoopark-1 (1L259) Russian Mobile Counter-Battery Radar 1L219 Zoopark-1 Russian Mobile Counter-Battery Radar is mounted on an MTLB tracked chassis. It has been designed to automatically determine the coordinates of enemy artillery positions such as mortars, howitzers, rocket launchers, and tactical missile systems. JSON: https://www.defensepedia.com/data/systems/1l219-zoopark-1.json
- [1L260 Zoopark-1M](https://www.defensepedia.com/systems/1l260-zoopark-1m.html): The 1L260 Zoopark-1M is mobile artillery locating radar system designed to detect artillery rocket positions even in heavy electronic countermeasures (ECM) environments. Besides, the 1L260 can detect mortar and howitzer gunfire sources as well as tactical ballistic missiles launch pads. JSON: https://www.defensepedia.com/data/systems/1l260-zoopark-1m.json
- [1L262E Rtut-BM (SPR-2)](https://www.defensepedia.com/systems/1l262e-rtut-bm.html): The Rtut-BM, 'Mercury-BM' in English, is electronic warfare (EW) system intended to protect troops and equipment from artillery rockets and shells equipped with proximity fuses that explode at 3-5 meters of altitude. JSON: https://www.defensepedia.com/data/systems/1l262e-rtut-bm.json
- [1L269E Krasukha-2](https://www.defensepedia.com/systems/1l269e-krasukha-2.html): The 1L269 Krasukha-2 is ground-based electronic warfare (EW) system intended to neutralize Airborne Warning and Control Systems (AWACS) by jamming its radar at ranges of up to 250 kilometers. JSON: https://www.defensepedia.com/data/systems/1l269e-krasukha-2.json
- [1RL237 SPN-30 (Paint Box)](https://www.defensepedia.com/systems/1rl237-spn-30.html): The 1RL237 SPN-30 (Paint Box) Russian High‑Power X‑Band Radar Jamming Station is a Soviet/Russian ground-based electronic warfare (EW) system designed to jam airborne radar operating in the X-band (roughly 8–12 GHz). JSON: https://www.defensepedia.com/data/systems/1rl237-spn-30.json
- [1RL248-4 SPN-4](https://www.defensepedia.com/systems/1rl248-4-spn-4.html): The 1RL248-4 SPN-4 Russian High Power X-Band Radar Jammer is designed to protect ground forces and ‘small size' installations and is described as being effective against airborne pulsed side-looking (SL), air-to-surface weapon control (ASWC), navigation and terrain-following (TF) radars. JSON: https://www.defensepedia.com/data/systems/1rl248-4-spn-4.json
- [1RL257 Krasukha-4](https://www.defensepedia.com/systems/1rl257-krasukha-4.html): The 1RL257 Krasukha-4 Russian 8x8 Mobile Multifunctional Jammer is a Russian mobile electronic warfare (EW) system designed primarily to jam and disrupt airborne and space-based radar and satellite communication systems over long distances. JSON: https://www.defensepedia.com/data/systems/1rl257-krasukha-4.json
- [2A36 Giatsint-B](https://www.defensepedia.com/systems/2a36-giatsint-b.html): This is the towed variant of the 2S5. The most distinguishing feature of the 2A36 is its lower carriage. JSON: https://www.defensepedia.com/data/systems/2a36-giatsint-b.json
- [2A65 Msta-B (M1976)](https://www.defensepedia.com/systems/2a65-msta-b.html): The Russian Msta-B type classified as M1976 and also designated 2A65, is a 152 mm towed howitzer developed towards the end of the Cold War for the Soviet forces. The Msta-B’s 2A65 ordnance is mounted on a conventional split trail carriage. JSON: https://www.defensepedia.com/data/systems/2a65-msta-b.json
- [2B16 (Nona-K)](https://www.defensepedia.com/systems/2b16.html): 2B16 Nona-K is a 120mm towed gun based on the 120mm Nona gun which also served as the basis for the 2S9 Nona-S and 2S23 Nona-SVK self-propelled guns. Nona-K combines the capabilities of a gun, a mortar, and a howitzer into a single weapon system that can effectively engage troops, fortifications, and armored vehicles. JSON: https://www.defensepedia.com/data/systems/2b16.json
- [2B26 Grad-K](https://www.defensepedia.com/systems/2b26-grad-k.html): The 2B26 Grad-K Russian 122mm Multiple Launch Rocket System (MLRS) is a modernized version of the BM-21 Grad. This artillery rocket system is effective against concentration of troops, soft-skin and lightly armored vehicles, command posts, artillery and mortar batteries and other targets. JSON: https://www.defensepedia.com/data/systems/2b26-grad-k.json
- [2K11 Krug (SA-4 Ganef)](https://www.defensepedia.com/systems/2k11-krug.html): The 2K11 Krug (NATO code SA-4 Ganef) is a Soviet-made medium-range air defense missile. The development of the system started in 1958. JSON: https://www.defensepedia.com/data/systems/2k11-krug.json
- [2K12 Kub (SA-6 Gainful)](https://www.defensepedia.com/systems/2k12-kub.html): The 2K12 "Kub" (NATO reporting name: SA-6 "Gainful") mobile surface-to-air missile system is a Soviet low to medium-level air defense system designed to protect ground forces from air attack. "2К12" is the GRAU designation of the system. JSON: https://www.defensepedia.com/data/systems/2k12-kub.json
- [2S19 Msta-S](https://www.defensepedia.com/systems/2s19-msta-s.html): The 2S19 "Msta-S" (Russian: Мста, after the Msta River) is a 152.4 mm self-propelled howitzer designed by the Soviet Union, which entered service in 1989 as the successor to the 2S3 Akatsiya. The vehicle is based on the T-80 tank hull but is powered by the T-72's diesel engine. JSON: https://www.defensepedia.com/data/systems/2s19-msta-s.json
- [2S19M1 (Msta-SM1)](https://www.defensepedia.com/systems/2s19m1.html): The 2S19M1 (Msta-SM1) Russian 152mm Self-Propelled Howitzer (SPH) Improved version with an automatic laying system and Glonass. Upgrade to the 2S19 Msta-s. JSON: https://www.defensepedia.com/data/systems/2s19m1.json
- [2S19M2 Msta-SM2](https://www.defensepedia.com/systems/2s19m2.html): The most modern variant of the 2S19 Family the 2S19M2 entered in service in Russia's Armed Forces in 2013, the 2S19 M2 152 mm self-propelled howitzer is a new upgraded howitzer with enhanced performance characteristics and improved operational parameters. JSON: https://www.defensepedia.com/data/systems/2s19m2.json
- [2S22 Bogdana](https://www.defensepedia.com/systems/2s22-bogdana.html): The 2S22 Bogdana Ukrainian 155mm Self-Propelled Howitzer s based on the 6×6 chassis of the KrAZ-6322. It has an armoured cabin and enough storage for around 20 shells. JSON: https://www.defensepedia.com/data/systems/2s22-bogdana.json
- [2S3 Akatsiya (M1973)](https://www.defensepedia.com/systems/2s3-akatsiya.html): 2S3 Akatsiya SO-152 (СО-152) is a Soviet 152.4 mm self-propelled gun developed in 1968. It was a response to the American 155 mm M109. JSON: https://www.defensepedia.com/data/systems/2s3-akatsiya.json
- [2S31 Vena](https://www.defensepedia.com/systems/2s31-vena.html): The 2S31 Vena is a self-propelled gun/mortar of Russian origin. It was developed as a more capable and more high-end alternative to the wheeled 2S23 Nona. JSON: https://www.defensepedia.com/data/systems/2s31-vena.json
- [2S34 Hosta/Chosta](https://www.defensepedia.com/systems/2s34-hosta-chosta.html): The 2S34 "Chosta" or "Hosta" is a 120mm self-propelled mortar carrier designed and manufactured in Russia. The 2S34 was first revealed at the TVM-2014 Moscow Defense exhibition, in August 2014. JSON: https://www.defensepedia.com/data/systems/2s34-hosta-chosta.json
- [2S35 Koalitsiya-SV](https://www.defensepedia.com/systems/2s35-koalitsiya.html): The 2S35 Koalitsiya-SV is a self-propelled howitzer designed and manufactured in Russia by Ural Vagon Zavod (UVZ) to provide the Russian Ground Troops with its next generation of field artillery systems. It is a successor to the 2S19 Msta-S. JSON: https://www.defensepedia.com/data/systems/2s35-koalitsiya.json
- [2S35-1 Koalitsiya-SV-KSh](https://www.defensepedia.com/systems/2s35-1-koalitsiya-sv-ksh.html): The 2S35-1 Koalitsiya-SV KSh is a new Russian 152mm Self-Propelled Howitzer. Developed by JSC Central Research Institute Burevestnik, the 2S35-1 Koalitsiya-SV KSh is mounted on an 8x8 KAMAZ-6560 truck chassis and has the same turret and fires the same ordinance as its predecessor the 2S35-1 Koalitsiya-SV. JSON: https://www.defensepedia.com/data/systems/2s35-1-koalitsiya-sv-ksh.json
- [2S3M1](https://www.defensepedia.com/systems/2s3m1.html): The 2S3M1 Russian 152mm Self-Propelled Howitzer (SPH) is Equipped with command data acquisition and display equipment, and with a new SP-538 sight. OF-38 Krasnopol laser-guided rocket-assisted projectiles were added to standard ammunition. JSON: https://www.defensepedia.com/data/systems/2s3m1.json
- [2S40 Floks](https://www.defensepedia.com/systems/2s40-floks.html): The 2S40 Floks Russian 6x6 120mm Self-Propelled Mortar System is a Russian-made 120mm gun installed on the armored Ural-4320 truck with a 6x6 wheel configuration. The main feature of the 2S40 Floks is its semi-automatic rifled gun that can fire all types of mortar shells and artillery rounds in the 120mm caliber. JSON: https://www.defensepedia.com/data/systems/2s40-floks.json
- [2S42 Lotos](https://www.defensepedia.com/systems/2s42-lotos.html): The 2S42 Lotos Russian 120mm Self-Propelled Mortar System specifically designed for the Russian Airborne Forces (VDV). This advanced artillery platform represents a significant modernization effort intended to replace the Soviet-era 2S9 Nona, which has been in continuous service since 1981. JSON: https://www.defensepedia.com/data/systems/2s42-lotos.json
- [2S43 Malva](https://www.defensepedia.com/systems/2s43-malva.html): The 2S43 Malva Russian 152mm Self-Propelled Howitzer (SPH) is built on an 8×8 wheeled chassis from the Bryansk Automobile Plant, This 152mm artillery system was developed as part of the "Nabrosok" research and development initiative. JSON: https://www.defensepedia.com/data/systems/2s43-malva.json
- [2S44 Giatsint-K](https://www.defensepedia.com/systems/2s44-giatsint-k.html): The 2S44 Giatsint-K Russian 152mm Self-Propelled Howitzer (SPH) is an advanced derivative of the 2S43 Malva self-propelled howitzer, sharing the same BAZ-6910-027 Voschina 8×8 wheeled chassis but mounting a significantly more capable gun system. JSON: https://www.defensepedia.com/data/systems/2s44-giatsint-k.json
- [2S5 Giatsint-S](https://www.defensepedia.com/systems/2s5-giatsint-s.html): The 2S5 Giatsint (Hyacinth) is a 152 mm self-propelled howitzer designed and manufactured in the Soviet Union by the Special Design Bureau of the Sverdlovsk (now Ekaterinburg) Machinery Construction Factory. JSON: https://www.defensepedia.com/data/systems/2s5-giatsint-s.json
- [2S7 Pion (M1975)](https://www.defensepedia.com/systems/2s7-pion.html): The 2S7 Pion ("peony") or Malka is a Soviet self-propelled 203mm heavy artillery. "2S7" is its GRAU designation. It was identified for the first time in 1975 in the Soviet Army and so was called M-1975 by NATO (the 2S4 Tyulpan also received the M-1975 designation), whereas its official designation is SO-203 (2S7). JSON: https://www.defensepedia.com/data/systems/2s7-pion.json
- [30N6E2 (Tombstone)](https://www.defensepedia.com/systems/30n6e2.html): The 64N6 (NATO codename 'Tombstone') 3-D long-range surveillance radar comprises a hydraulically raised antenna assembly and radar shelter mounted on a common semi-trailer. The phased-array antenna set has a double-sided antenna aperture. JSON: https://www.defensepedia.com/data/systems/30n6e2.json
- [3M-14 Kalibr](https://www.defensepedia.com/systems/3m14-kalibr.html): The Kalibr cruise missiles are believed to be the land-attack version the Klub (Club) family. JSON: https://www.defensepedia.com/data/systems/3m14-kalibr.json
- [3M-54 Kalibr (SS-N-27 Sizzler)](https://www.defensepedia.com/systems/3m-54-kalibr.html): The 3M-54 Kalibr (SS-N-27 Sizzler) Russian Short-Range Cruise Missile is equipped with a three-stage solid-propellant turbojet engine. JSON: https://www.defensepedia.com/data/systems/3m-54-kalibr.json
- [3M22 Tsirkon](https://www.defensepedia.com/systems/3m22-tsirkon.html): The 3M22 Zircon, also spelled Tsirkon (Russian: Циркон, NATO reporting name: SS-N-33) is a scramjet powered maneuvering anti-ship hypersonic cruise missile developed by Russia. Zircon is believed to be a maneuvering, winged hypersonic cruise missile with a lift-generating center body. JSON: https://www.defensepedia.com/data/systems/3m22-tsirkon.json
- [3M54K (SS-N-27 Sizzler)](https://www.defensepedia.com/systems/3m54k.html): The 3M54K (SS-N-27 Sizzler) Russian Medium-Range Anti-Ship Cruise Missile variant is deployed by the Russian Navy. Its length is 8.22 m (27.0 ft), with a 200 kg (440 lb) warhead. JSON: https://www.defensepedia.com/data/systems/3m54k.json
- [3M54T (SS-N-27 Sizzler)](https://www.defensepedia.com/systems/3m54t.html): 3M54T (SS-N-27 Sizzler) Russian Anti-Ship Cruise Missile is deployed by the Russian Navy on surface ships. It is launched with a VLS, has a Thrust vectoring booster, and is 8.9 m (29 ft) long. JSON: https://www.defensepedia.com/data/systems/3m54t.json
- [3M55 Oniks](https://www.defensepedia.com/systems/3m55-oniks.html): 3M55 Oniks – Base version for Russia. The P-800 Oniks (Russian: П-800 Оникс; English: Onyx), also known in export markets as Yakhont (Russian: Яхонт; English: ruby), is a Soviet / Russian supersonic anti-ship cruise missile developed by NPO Mashinostroyeniya as a ramjet version of P-80 Zubr. JSON: https://www.defensepedia.com/data/systems/3m55-oniks.json
- [50R6 Vityaz (S-350E)](https://www.defensepedia.com/systems/50r6-vityaz.html): The S-350 Vityaz is an advanced mobile medium-range air defense system being developed by Almaz-Antey Concern as the replacement for the S-125 Pechora (SA-3 Goa) and Buk-M1/2 (SA-11 Gadfly and SA-17 Grizzly) missile systems by 2015/2016 as well as aging S-300PS air defense systems. JSON: https://www.defensepedia.com/data/systems/50r6-vityaz.json
- [702D](https://www.defensepedia.com/systems/702d.html): The 702D meteorological radar station consists of two truck shelters, the meteorological radar shelter, and the meteorological support shelter. These two shelters are mounted on a 4x4 truck chassis. JSON: https://www.defensepedia.com/data/systems/702d.json
- [85V6-A Vega](https://www.defensepedia.com/systems/85v6-a-vega.html): Mission The 85V6-A Vega ELINT system is designed for detection, location, identification, classification and tracking of ground/air/maritime targets by their radio emissions. JSON: https://www.defensepedia.com/data/systems/85v6-a-vega.json
- [85V6-V (Orion)](https://www.defensepedia.com/systems/85v6-v.html): Mission: The 85V6-V ELINT system is designed to perform radio reconnaissance and location of ground, surface and airborne radio-emitting sources, disclosure of command, control and communications systems, radio control and detection of radio-emitting sources. JSON: https://www.defensepedia.com/data/systems/85v6-v.json
- [85YA6 Tigr-M (Leer-2)](https://www.defensepedia.com/systems/85ya6-tigr-m.html): The 85YA6 Tigr-M (Leer-2) Russian 4x4 Mobile Electronic Warfare (EW) Vehicle is intended for technical control of the electromagnetic environment, radio reconnaissance of radio emission sources, and jamming/suppression of radio‑electronic means, including cellular communication systems. JSON: https://www.defensepedia.com/data/systems/85ya6-tigr-m.json
- [96L6E (Cheese Board)](https://www.defensepedia.com/systems/96l6e.html): 96L6E “Cheese Board” is a 3D early-warning and acquisition radar operating in C-Band designed to replace the 36D6 “Tin Shield B” and 76N6 “Clam Shell”. It is used in conjunction with the SA-10 “Grumble” (S-300) and SA-21 “Growler” (S-400) theatre defence missile systems. Three operators are needed to run the set. JSON: https://www.defensepedia.com/data/systems/96l6e.json
- [9A51 Prima](https://www.defensepedia.com/systems/9a51-prima.html): The Prima multiple launch rocket system is an improvement of the BM-21 Grad. It was adopted by the Soviet Army in 1988, however, due to budget cuts, only a small number of these artillery systems were ever produced. JSON: https://www.defensepedia.com/data/systems/9a51-prima.json
- [9A52-2 (BM-30 Smerch-M)](https://www.defensepedia.com/systems/9a52-2.html): The 9A52-2 (BM-30 Smerch-M) Russian 300mm Multiple Launch Rocket System is designed and manufactured by the Russian Company Splav State Research and Production Association, Tula, Russia, which also manufactures the Uragan, Grad, and Prima rocket launchers. JSON: https://www.defensepedia.com/data/systems/9a52-2.json
- [9A52-4 Tornado](https://www.defensepedia.com/systems/9a52-4-tornado.html): The 9A52-4 Tornado is Russia's newest universal multiple rocket launcher. It was designed as a lightweight and universal version of the BM-30 Smerch, dubbed 9A52-2. JSON: https://www.defensepedia.com/data/systems/9a52-4-tornado.json
- [9A53-G Tornado](https://www.defensepedia.com/systems/9a53-g-tornado.html): The Tornado-G multiple launch rocket system (MLRS) is designed and manufactured by SPLAV Scientific Production Enterprise, a company based in Russia. It is an upgraded variant of the BM-21 Grad MLRS. The new rocket system is intended for use by the armed forces of Russia and foreign countries. JSON: https://www.defensepedia.com/data/systems/9a53-g-tornado.json
- [9A53-S Tornado-S](https://www.defensepedia.com/systems/tornado-s.html): The 9A53-S Tornado-S Russian 300mm Multiple Launch Rocket System represents a "deep modernization" of the Smerch platform, incorporating GLONASS satellite navigation, an automated fire control system, and the capability to launch precision-guided rockets at ranges up to 120 km. JSON: https://www.defensepedia.com/data/systems/tornado-s.json
- [9K31 Strela-1 (SA-9 Gaskin)](https://www.defensepedia.com/systems/9k31-strela-1.html): The 9K31 Strela-1 (SA-9 Gaskin) Russian 4x4 Infrared Guided Surface-to-Air Missile System is a highly mobile, short-range, low altitude infra-red guided surface-to-air missile system. Originally developed by the Soviet Union under the GRAU designation 9K31, it is commonly known by its NATO reporting name, SA-9 "Gaskin". JSON: https://www.defensepedia.com/data/systems/9k31-strela-1.json
- [9K310 Igla-1 (SA-16 Gimlet)](https://www.defensepedia.com/systems/9k310-igla-1.html): The 9K310 Igla-1 (SA-16 Gimlet) Russian Man-Portable Infrared Homing Surface-to-Air Missile and its 9M313 missile were accepted into service in the Soviet army on 11 March 1981. JSON: https://www.defensepedia.com/data/systems/9k310-igla-1.json
- [9K317M Buk-M3 (SA-27)](https://www.defensepedia.com/systems/9k317m-buk-m3.html): The Buk M3 (Beech M3) is a brand-new Russian air defense system. It uses new missiles and has advanced electronic components. JSON: https://www.defensepedia.com/data/systems/9k317m-buk-m3.json
- [9K32 Strela-2 (SA-7 Grail)](https://www.defensepedia.com/systems/9k32-strela-2.html): The 9K32 Strela-2 (Russian: Cтрела, "arrow"; NATO reporting name SA-7 Grail) is a light-weight, shoulder-fired, surface-to-air missile (or MANPAD) system. It is designed to target aircraft at low altitudes, with passive infrared homing guidance, and destroy them with a high explosive warhead. JSON: https://www.defensepedia.com/data/systems/9k32-strela-2.json
- [9K33 Osa (SA-8 Gecko)](https://www.defensepedia.com/systems/9k33-osa.html): The 9K33 Osa (SA-8 Gecko) Russian 6x6 Amphibious Short-Range Tactical Surface-to-Air Missile System is a Russian-made highly mobile, low-altitude, short-range tactical surface-to-air missile system. "9K33" is its GRAU designation. The development program was protracted with major redesigns of both the missile and launch platform required. JSON: https://www.defensepedia.com/data/systems/9k33-osa.json
- [9K330 Tor (SA-15 Gauntlet)](https://www.defensepedia.com/systems/9k330-tor.html): 9K330 Tor (SA-15 Gauntlet) Russian Short-Range Surface-to-Air Missile System is a late Cold War-era self-propelled SAM system of Soviet origin. It was developed from 1975 to 1985 by Antei as a replacement for the older 9K33 Osa (SA-8 Gecko). JSON: https://www.defensepedia.com/data/systems/9k330-tor.json
- [9K333 Verba (SA-29)](https://www.defensepedia.com/systems/9k333-verba.html): The 9K333 Verba (SA-29) Russian Man-Portable Infrared Homing Surface-to-Air Missile (MANPAD) was developed by the Russian Konstruktorskoye Byuro Mashinostroyenia (KBM). It was unveiled in 2015. JSON: https://www.defensepedia.com/data/systems/9k333-verba.json
- [9K34 Strela-3 (SA-14 Gremlin)](https://www.defensepedia.com/systems/9k34-strela-3.html): The 9K34 Strela-3, NATO reporting name: SA-14 Gremlin is a man-portable air defense missile system (MANPADS) developed in the Soviet Union as a response to the poor performance of the earlier 9K32 Strela 2 (SA-7 Grail) system. The missile was largely based on the earlier Strela 2, and thus development proceeded rapidly. JSON: https://www.defensepedia.com/data/systems/9k34-strela-3.json
- [9K35 Strela-10 (SA-13 Gopher)](https://www.defensepedia.com/systems/9k35-strela-10.html): The 9K35 Strela-10 (SA-13 Gopher) Russian Short-Range Surface-to-Air Missile System entered service in 1976. It is fully amphibious, NBC-equipped, and has a range-only radar. JSON: https://www.defensepedia.com/data/systems/9k35-strela-10.json
- [9K37 Buk-M1 (SA-11 Gadfly)](https://www.defensepedia.com/systems/9k37-buk-m1.html): The BUK-M1 (NATO reporting name: SA-11 Gadfly) missile system is a self-propelled, medium-range surface-to-air missile system developed by the Russian defense industry. JSON: https://www.defensepedia.com/data/systems/9k37-buk-m1.json
- [9K512 (Uragan-1M)](https://www.defensepedia.com/systems/9k512.html): The 9K512 (Uragan-1M) Russian 220mm/300mm Multiple Launch Rocket System (MRL) was presented to the public in 2007, all processes of the Uragan are automated. The Uragan can fire the 300mm rockets of the BM-30 Smerch system. JSON: https://www.defensepedia.com/data/systems/9k512.json
- [9K720 Iskander-M](https://www.defensepedia.com/systems/iskander-m.html): Road-mobile, single-stage solid-propellant short-range ballistic missile fielded by Russia from 2006 with a range of 400–500 km. JSON: https://www.defensepedia.com/data/systems/iskander-m.json
- [9M133 Kornet-EM](https://www.defensepedia.com/systems/9m133-kornet-em.html): 9M133 Kornet-EM Russian 4x4 Anti-Tank Guided Missile (ATGM) Vehicle is an improved version of the 9M133 Kornet ATGM, with increased range, fire-and-forget capability, and an improved warhead. Kornet-EM missiles are chiefly used on the Kornet-D system. JSON: https://www.defensepedia.com/data/systems/9m133-kornet-em.json
- [9M337 Sosna-R](https://www.defensepedia.com/systems/9m337-sosna-r.html): The SOSNA-R 9M337 hyper-velocity beam rider missile is a two-stage missile designed for interception of fired wing aircraft and helicopters, as well as guided weapons and cruise missiles. The system is intended to protect against all types of air threats including high-precision weapons e.g. JSON: https://www.defensepedia.com/data/systems/9m337-sosna-r.json
- [9M723-2 Iskander-1000](https://www.defensepedia.com/systems/9m723-2-iskander-1000.html): The 9M723-2 Iskander‑1000 Russian Short-Range Ballistic Missile is a solid‑fuel, single‑stage ballistic missile in the 9K720 Iskander family, which is Russia’s main road‑mobile short‑range ballistic missile (SRBM) system. JSON: https://www.defensepedia.com/data/systems/9m723-2-iskander-1000.json
- [9P133](https://www.defensepedia.com/systems/9p133.html): 9P133 "Malyutka" – this is an improved model with a bigger sight 9S446 instead of the original 9S414. The 9P133 can launch the more capable 9M14P "Malyutka-P" (AT-3C Sagger C) and 9M14P1 missiles of which it carries from 16 to 18. JSON: https://www.defensepedia.com/data/systems/9p133.json
- [9P140 (BM-27 Uragan)](https://www.defensepedia.com/systems/9p140.html): The 9P140 (BM-27 Uragan) Russian 220mm Multiple Rocket Launch (MRL) began its service with the Soviet Army in the late 1970s and was its first modern spin and fin stabilized heavy multiple rocket launcher. The BM-27 Uragan is capable of launching 220mm rockets from 16 launch tubes mounted on the rear of a ZIL-135 8x8 chassis. JSON: https://www.defensepedia.com/data/systems/9p140.json
- [9P148](https://www.defensepedia.com/systems/9p148.html): The 9P148 is a Soviet anti-tank missile carrier. Unusually this anti-tank vehicle has got no proper name and is referred to by its military index designation. JSON: https://www.defensepedia.com/data/systems/9p148.json
- [9P157 Khrizantema-S](https://www.defensepedia.com/systems/9p157-khrizantema-s.html): The 9P157 Khrizantema-S Russian Anti-Tank Guided Missile System was developed as a launch platform for the 9M123 Khrizantema missile. Although the 9P157 uses a BMP-3 chassis, newer missile, and dual guidance mode its mission and design philosophy is similar to the older 9P149 Shturm-S tank destroyer. JSON: https://www.defensepedia.com/data/systems/9p157-khrizantema-s.json
- [9S80 (Dog Ear)](https://www.defensepedia.com/systems/9s80.html): The Dog Ear (with the Russian designation of 9S80) is a Russian ground-based, target-acquisition radar mounted on an MT-LB multi-purpose tracked vehicle or MT-LBu armored command and reconnaissance vehicle (ACRV). It uses an open-mesh, rounded-rectangle parabolic antenna. JSON: https://www.defensepedia.com/data/systems/9s80.json
- [A-10 Thunderbolt II (Warthog)](https://www.defensepedia.com/systems/a-10-thunderbolt-ii.html): The A-10 Thunderbolt II is the U.S. Air Force’s primary low-altitude close air support aircraft. The A-10 is perhaps best known for its fearsome GAU-8 Avenger 30mm Gatling gun mounted on the nose. JSON: https://www.defensepedia.com/data/systems/a-10-thunderbolt-ii.json
- [A-50 (Mainstay)](https://www.defensepedia.com/systems/a-50.html): The Beriev A-50 (NATO reporting name: Mainstay) is a Soviet airborne early warning and control (AEW&C) aircraft based on the Ilyushin Il-76 transport. The existence of the A-50 was revealed to the Western Bloc in 1980 by Adolf Tolkachev. JSON: https://www.defensepedia.com/data/systems/a-50.json
- [AAV-7A1](https://www.defensepedia.com/systems/aav-7a1.html): The Assault Amphibious Vehicle (AAV)—official designation AAV-7A1 is a fully tracked amphibious landing vehicle used for amphibious troop transport in the United States Marine Corps. JSON: https://www.defensepedia.com/data/systems/aav-7a1.json
- [ACV-19](https://www.defensepedia.com/systems/acv-19.html): The ACV-19 Turkish Amphibious Armored Combat Vehicle is a modern, high-performance vehicle in the 15-19 ton weight class, derived from the highly successful FNSS ACV. This vehicle has demonstrated its effectiveness with numerous armies worldwide. JSON: https://www.defensepedia.com/data/systems/acv-19.json
- [AD-08 Majid](https://www.defensepedia.com/systems/ad-08-majid.html): The AD-08 Majid Iranian Short-Range Mobile Air Defense Missile System is designed to intercept and destroy UAVs (Unmanned Aerial Systems), cruise missiles, helicopters, and low-altitude aerial targets. JSON: https://www.defensepedia.com/data/systems/ad-08-majid.json
- [Admiral Gorshkov (Project 22350)](https://www.defensepedia.com/systems/admiral-gorshkov.html): The Admiral Gorshkov class, Russian designation Project 22350, is the newest class of frigates being built by the Severnaya Verf in Saint Petersburg for the Russian Navy. The class was designed by the Severnoye Design Bureau and incorporates the use of stealth technology. JSON: https://www.defensepedia.com/data/systems/admiral-gorshkov.json
- [Admiral Grigorovich Class (Project 11356 Class)](https://www.defensepedia.com/systems/admiral-grigorovich.html): Admiral Grigorovich Class (Project 11356 Class) Russian Frigate is a class of frigates built by the Yantar Shipyard in Kaliningrad for the Russian Navy. Based on the Talwar class, six ships were ordered for the Russian Black Sea Fleet under two contracts in 2010 and 2011 as a complement to the Admiral Gorshkov class frigates. JSON: https://www.defensepedia.com/data/systems/admiral-grigorovich.json
- [Aerostrike-10](https://www.defensepedia.com/systems/aerostrike-10.html): The Aerostrike-10 Chinese Unmanned Aerial Vehicle (UAV) is a high-performance, gasoline-powered, long-endurance drone developed by Airmobi for precision strikes and long-range missions, combining the flexibility of a delta-wing platform with the autonomous capabilities of loitering munitions. JSON: https://www.defensepedia.com/data/systems/aerostrike-10.json
- [AFT-9](https://www.defensepedia.com/systems/aft-9.html): The AFT-9 Chinese 4x4 Armored Anti-Tank Guided Missile Vehicle is a modern tank destroyer of Chinese origin. The AFT-9 mates a cost-effective vehicle platform with powerful anti-tank missiles. JSON: https://www.defensepedia.com/data/systems/aft-9.json
- [AH-1/AH-1A](https://www.defensepedia.com/systems/ah-1-ah-1a.html): The AH-1/AH-1A Chinese 155mm Towed Artillery is a variant of the PLL-01 Chinese 155mm Towed Artillery that is equipped with a APU. The APU provides limited self-propulsion to move into or out of the firing position and enables powered deployment in the firing position. JSON: https://www.defensepedia.com/data/systems/ah-1-ah-1a.json
- [AH-1J SeaCobra](https://www.defensepedia.com/systems/ah-1j-seacobra.html): The USMC desired a twin engine AH-1G, based on a desire for improved safety and redundancy for over-water operation, which would become a hallmark of all subsequent USMC AH-1 types. The AH-1J "Sea Cobra" was developed and the USMC ordered this version of the Cobra in May 1968. JSON: https://www.defensepedia.com/data/systems/ah-1j-seacobra.json
- [AH-1W Super Cobra](https://www.defensepedia.com/systems/ah-1w-super-cobra.html): The AH-1W, the backbone of the United States Marine Corps. Marines have been flying the AH-1W Super Cobra since 1986. JSON: https://www.defensepedia.com/data/systems/ah-1w-super-cobra.json
- [AH-4](https://www.defensepedia.com/systems/ah-4.html): The AH-4 is a Chinese clone of the US, M777, lightweight towed howitzer. It is intended mainly for export. JSON: https://www.defensepedia.com/data/systems/ah-4.json
- [AH-64E Apache Guardian](https://www.defensepedia.com/systems/ah-64e-apache-guardian.html): The AH-64E attack helicopter is the latest version of the AH-64, used by the US Army. It is also known as Apache Guardian. JSON: https://www.defensepedia.com/data/systems/ah-64e-apache-guardian.json
- [AHS Krab](https://www.defensepedia.com/systems/ahs-krab.html): The AHS Krab Polish 155mm Self-Propelled Howitzer (SPH) features a turret and gun derived from British designs, mounted on a South Korean K9 Thunder chassis, complemented by Polish electronics. It adheres to NATO standards and has been exported to Ukraine, where it has experienced significant combat against Russian forces. JSON: https://www.defensepedia.com/data/systems/ahs-krab.json
- [Akula Class (Project 971 Shchuka-B Class)](https://www.defensepedia.com/systems/akula.html): The Akula Class (Project 971 Shchuka-B Class) Russian Nuclear-Powered Attack Submarine is a nuclear-powered attack submarine of Soviet origin. The name Akula is the NATO reporting name for what is called the Project 971 Shchuka-B submarine in Russia. JSON: https://www.defensepedia.com/data/systems/akula.json
- [Akula II Class (Project 971U Class)](https://www.defensepedia.com/systems/akula-ii.html): The AKULA II class is a third-generation attack submarine whose design includes advanced quieting techniques for significantly reduced noise signature. These noise-reduction features reportedly reduce the sound levels to those of (or lower than) U.S. SEAWOLF and Improved LOS ANGELES classes. JSON: https://www.defensepedia.com/data/systems/akula-ii.json
- [Alligator Class (Project 1171 Class)](https://www.defensepedia.com/systems/alligator.html): The Alligator Class (Project 1171 Class) Russian Large Landing Ship is a beachable, general-purpose LST-type design with bow and stern ramps for unloading vehicles. Produced in at least four different types beginning in 1964, there are numerous variations in detail between units. JSON: https://www.defensepedia.com/data/systems/alligator.json
- [Altay T1](https://www.defensepedia.com/systems/altay-t1.html): The Altay T1 is the first production-standard version of the Turkish Main Battle Tank (MBT). It features a conventional Western MBT design, with a crewed turret that houses a manually-loaded 120 mm smoothbore main gun positioned centrally on the vehicle, while the powerpack is located at the rear. JSON: https://www.defensepedia.com/data/systems/altay-t1.json
- [AMN-590951 (Spartak)](https://www.defensepedia.com/systems/amn-590951.html): AMN-590951 (Spartak) Russian 4x4 Mine Resistant Ambush Protected (MRAP)is an upgraded variant of the VPK-Ural vehicle named after the company responsible for manufacture. JSON: https://www.defensepedia.com/data/systems/amn-590951.json
- [AMPV](https://www.defensepedia.com/systems/ampv.html): The AMPV American Armored Personnel Carrier (APC) is the replacement for the M113 Family of Vehicles (FoV) within the Armored Brigade Combat Team (ABCT), comprising approximately 30% of its tracked vehicle fleet. JSON: https://www.defensepedia.com/data/systems/ampv.json
- [AMX-10 PAC 90](https://www.defensepedia.com/systems/amx-10-pac-90.html): Known as a "Tank Destroyer," The AMX-10 PAC 90 is dedicated fire support and an anti-tank variant of the AMX-10P infantry fighting vehicle. Its production commenced in 1979. JSON: https://www.defensepedia.com/data/systems/amx-10-pac-90.json
- [An-124 (Condor)](https://www.defensepedia.com/systems/an-124.html): The An-124 Russian Heavy Transport Aircraft is an outsize freighter. The prototype first flew on 24 December 1982 and the first production aircraft was exhibited at the 1985 Paris Air Show. JSON: https://www.defensepedia.com/data/systems/an-124.json
- [An-2 (Colt)](https://www.defensepedia.com/systems/an-2.html): The Antonov An-2 (Russian nickname: "Annushka" or "Annie"; "kukuruznik"—corn crop duster; USAF/DoD reporting name Type 22, NATO reporting name Colt) is a Soviet mass-produced single-engine biplane utility/agricultural aircraft designed and manufactured by the Antonov Design Bureau beginning in 1946. JSON: https://www.defensepedia.com/data/systems/an-2.json
- [An-72 (Coaler)](https://www.defensepedia.com/systems/an-72.html): The AN-72 is a light short takeoff and landing jet transport airplane intended for operations on non-equipped airstrips 600 m long. Powerful wing high-lift devices and improved thrust-to-weight ratio ensure the airplane’s short takeoff and landing capability. JSON: https://www.defensepedia.com/data/systems/an-72.json
- [AN/TPQ-37](https://www.defensepedia.com/systems/an-tpq-37.html): The AN/TPQ-37 Firefinder is a mobile radar system developed in the late 1970s by Hughes Aircraft Company, achieving Initial Operational Capability in 1980 and full deployment in 1984. AN/TPQ-36 radar was used to design and develop the AN/TPQ-37 radar. JSON: https://www.defensepedia.com/data/systems/an-tpq-37.json
- [AN/TWQ-1 Avenger](https://www.defensepedia.com/systems/an-twq-1-avenger.html): The Avenger Air Defense System, designated AN/TWQ-1 under the Joint Electronics Type Designation System, is an American self-propelled surface-to-air missile system which provides mobile, short-range air defense protection for ground units against cruise missiles, unmanned aerial vehicles, low-flying fixed-wing aircraft, and helicopters. JSON: https://www.defensepedia.com/data/systems/an-twq-1-avenger.json
- [Ansat](https://www.defensepedia.com/systems/ansat.html): The Ansat Russian Light Utility Helicopter is a Russian light, multipurpose helicopter manufactured by Kazan Helicopters. The Ansat is of classic construction. JSON: https://www.defensepedia.com/data/systems/ansat.json
- [APT28](https://www.defensepedia.com/systems/apt28.html): Cyber threat group attributed to Russia's GRU 85th Main Special Service Center (GTsSS), military unit 26165. JSON: https://www.defensepedia.com/data/systems/apt28.json
- [APT29](https://www.defensepedia.com/systems/apt29.html): Threat group attributed to Russia's Foreign Intelligence Service (SVR). The U.S. and UK governments linked it to the SolarWinds supply chain compromise in 2021. JSON: https://www.defensepedia.com/data/systems/apt29.json
- [APT33](https://www.defensepedia.com/systems/apt33.html): Suspected Iranian threat group focused on aviation and energy organizations in the United States, Saudi Arabia and South Korea. JSON: https://www.defensepedia.com/data/systems/apt33.json
- [APT41](https://www.defensepedia.com/systems/apt41.html): Chinese state-sponsored espionage group that also conducts financially motivated operations; partially overlaps with reported BARIUM and Winnti Group activity. JSON: https://www.defensepedia.com/data/systems/apt41.json
- [ARK-1M RYS](https://www.defensepedia.com/systems/ark-1m-rys.html): MT-LBu based ARK-1M is a tracked vehicle mounted H-band artillery locating radar. Usually found in the division's reconnaissance battery. JSON: https://www.defensepedia.com/data/systems/ark-1m-rys.json
- [Arleigh Burke class (DDG 51)](https://www.defensepedia.com/systems/arleigh-burke.html): Multi-mission Aegis guided-missile destroyer; 74 delivered with more under contract and construction. JSON: https://www.defensepedia.com/data/systems/arleigh-burke.json
- [Arma 6x6](https://www.defensepedia.com/systems/arma-6x6.html): The Arma 6x6 Turkish Amphibious Infantry Fighting Vehicle (IFV) is a Turkish-manufactured, modular wheeled armored platform that represents a modern approach to tactical mobility and survivability requirements. JSON: https://www.defensepedia.com/data/systems/arma-6x6.json
- [ASN-207](https://www.defensepedia.com/systems/asn-207.html): The ASN-207 Chinese MALE Unmanned Aerial Vehicle (UAV) is a multipurpose military unmanned aerial vehicle developed by the Chinese company Aisheng Technology Group Co. JSON: https://www.defensepedia.com/data/systems/asn-207.json
- [ASN-301](https://www.defensepedia.com/systems/asn-301.html): The ASN-301 UAV seems to be a near-copy of the Israel Aerospace Industries (IAI) Harpy system that was purchased by China in the 1990s, according to foreign sources. The ASN-301uav is a delta-wing aircraft with a pusher propeller that looks virtually identical to the Harpy. JSON: https://www.defensepedia.com/data/systems/asn-301.json
- [AT-625](https://www.defensepedia.com/systems/at-625.html): The AT-625 Chinese Vehicle-Mounted Counter-UAV System 5 is a software defined radio-based electronic defense solution introduced by Tyen AI and distributed by a network of Chinese security firms. Its purpose is to neutralize FPV suicide drones and conventional unmanned aerial systems. JSON: https://www.defensepedia.com/data/systems/at-625.json
- [ATMOS 2000](https://www.defensepedia.com/systems/atmos-2000.html): The ATMOS 2000 Israeli 155mm Self-Propelled Howitzer is fitted with a 155 mm/52 caliber ordnance which conforms to NATO Joint Ballistic Memorandum of Understanding (JBMoU), and is mounted on a 6 × 6 cross-country truck chassis. JSON: https://www.defensepedia.com/data/systems/atmos-2000.json
- [AV-8B Harrier II](https://www.defensepedia.com/systems/av-8b-harrier-ii.html): The AV-8B Harrier II American VTOL Close Support Aircraft is a vertical/short take-off and landing (V/STOL) subsonic attack aircraft jointly developed under a collaborative program by McDonnell Douglas (now Boeing), British Aerospace and Rolls-Royce. JSON: https://www.defensepedia.com/data/systems/av-8b-harrier-ii.json
- [AVIC AG600 Kunlong (Kun Dragon)](https://www.defensepedia.com/systems/avic-ag600-kunlong.html): The AVIC AG600 Kunlong is a large amphibious aircraft designed by AVIC and assembled by CAIGA. Powered by four WJ-6 turboprops, it is one of the largest flying boats with a 53.5 t (118,000 lb) MTOW. JSON: https://www.defensepedia.com/data/systems/avic-ag600-kunlong.json
- [B-2 Spirit](https://www.defensepedia.com/systems/b-2.html): U.S. heavy strategic bomber with low-observable design, built to penetrate dense air defenses with conventional and nuclear weapons. JSON: https://www.defensepedia.com/data/systems/b-2.json
- [B-52H Stratofortress](https://www.defensepedia.com/systems/b-52h.html): Long-range, subsonic heavy bomber able to carry nuclear and precision conventional weapons. JSON: https://www.defensepedia.com/data/systems/b-52h.json
- [B1-B Lancer](https://www.defensepedia.com/systems/b1-b-lancer.html): The B1-B Lancer American Supersonic Strategic Bomber manufactured by Boeing (originally developed by Rockwell International) in the United States. Development for the B-1B was revived in 1981 following the initial B-1A and first flight for the B-1B was completed in 1984. JSON: https://www.defensepedia.com/data/systems/b1-b-lancer.json
- [B737-800 (Boeing 737-800)](https://www.defensepedia.com/systems/b737-800.html): B737-800 The B737-800 was launched on Sept. 5, 1994. It is the longest variant of this series; it has a seating accommodation of 162-189 passengers. JSON: https://www.defensepedia.com/data/systems/b737-800.json
- [Bastion 3](https://www.defensepedia.com/systems/bastion-3.html): The Bastion 3 Ukrainian 220mm Multiple Rocket Launcher is very effective against area targets. JSON: https://www.defensepedia.com/data/systems/bastion-3.json
- [Bayraktar TB2](https://www.defensepedia.com/systems/bayraktar-tb2.html): The Bayraktar TB2 Turkish Unmanned Aerial Vehicle (UAV) is manufactured by Turkey's Baykar company primarily for the Turkish Air Force (TAF). The Turkish government operates approximately 107 units within the Turkish Armed Forces, gendarmerie, and police. JSON: https://www.defensepedia.com/data/systems/bayraktar-tb2.json
- [Be-12 Chayka (Mail)](https://www.defensepedia.com/systems/be-12-chayka.html): Be-12 Chayka (Mail) Russian Amphibious Aircraft is a Soviet turboprop-powered amphibious aircraft designed for anti-submarine and maritime patrol duties. The Beriev Be-12 was a successor to the Beriev Be-6 flying boat, whose primary roles were as an anti-submarine and maritime patrol bomber aircraft. JSON: https://www.defensepedia.com/data/systems/be-12-chayka.json
- [Be-200 Altair](https://www.defensepedia.com/systems/be-200-altair.html): The Be-200 Altair Russian Amphibious Aircraft is a utility amphibious aircraft designed and built by the Beriev Aircraft Company. Marketed as being designed for fire fighting, search and rescue, maritime patrol, cargo, and passenger transportation, it has a capacity of 12,000 liters (3,200 US gal) of water or up to 72 passengers. JSON: https://www.defensepedia.com/data/systems/be-200-altair.json
- [Bell 205](https://www.defensepedia.com/systems/bell-205.html): The Bell 204 and 205 are the civilian versions of the UH-1 Iroquois single-engine military helicopter of the Huey family of helicopters. They are type-certificated in the transport category and are used in a wide variety of applications, including crop dusting, cargo lifting, and aerial firefighting. JSON: https://www.defensepedia.com/data/systems/bell-205.json
- [BGM-109 Tomahawk](https://www.defensepedia.com/systems/tomahawk.html): Subsonic, turbofan-powered cruise missile launched from surface ships and submarines. JSON: https://www.defensepedia.com/data/systems/tomahawk.json
- [BK-16 Raptor Class](https://www.defensepedia.com/systems/bk-16-raptor.html): Russia`s Kalashnikov Group has developed a new fast attack craft (FAC). They were demonstrated at the Army-2017 international military-technical forum held outside Moscow from August 22-27. JSON: https://www.defensepedia.com/data/systems/bk-16-raptor.json
- [BL-904 (Type 704)](https://www.defensepedia.com/systems/bl-904.html): The BL-904 (Type 704) Chinese Artillery Location and Fire Correction Radar is an X-band (NATO I-/J-band) (8–12 GHz) 3D artillery locating and fire correction radar for installation in a truck-mounted configuration. JSON: https://www.defensepedia.com/data/systems/bl-904.json
- [BM-11](https://www.defensepedia.com/systems/bm-11.html): The BM-11 is a North Korean version of the Russian BM-21 The BM-21 "Grad" (Russian: БМ-21 "Град", lit. 'hail') is a Soviet truck-mounted 122 mm multiple rocket launcher. The weapons system and the M-21OF rocket which it fires evolved in the early 1960s and saw their first combat use in March 1969 during the Sino-Soviet border conflict. JSON: https://www.defensepedia.com/data/systems/bm-11.json
- [BM-14](https://www.defensepedia.com/systems/bm-14.html): The BM-14 (BM for Boyevaya Mashina, 'combat vehicle), is a Soviet-made 140mm multiple launch rocket system (MLRS), normally mounted on a truck. The BM-14 can fire 140 mm M-14 rockets with a high-explosive fragmentation warhead, a smoke warhead, or a chemical warhead. JSON: https://www.defensepedia.com/data/systems/bm-14.json
- [BM-21 Grad](https://www.defensepedia.com/systems/bm-21-grad.html): The BM-21 Grad is a Soviet truck-mounted 122 mm multiple rocket launcher. The weapons system and the M-21OF rocket that it fires evolved in the early 1960s and saw their first combat use in March 1969 during the Sino-Soviet border conflict. JSON: https://www.defensepedia.com/data/systems/bm-21-grad.json
- [BM-21U Grad](https://www.defensepedia.com/systems/bm-21u-grad.html): The BM-21U Grad Ukrainian 122mm Multiple Rocket Launcher is a further development of the previous BM-21K. JSON: https://www.defensepedia.com/data/systems/bm-21u-grad.json
- [BM-21UM Berest](https://www.defensepedia.com/systems/bm-21um-berest.html): The BM-21UM Berest Ukrainian 122mm Multiple Rocket Launcher can be seen as a further development of the Ukrainian BM-21U. Essentially it is a modernized version of the venerable BM-21 Grad. JSON: https://www.defensepedia.com/data/systems/bm-21um-berest.json
- [BM-24 (Katyusha)](https://www.defensepedia.com/systems/bm-24.html): The BM-24 is a multiple rocket launcher designed in the Soviet Union. It is capable of launching 240mm rockets from 12 launch tubes. JSON: https://www.defensepedia.com/data/systems/bm-24.json
- [BMD-1](https://www.defensepedia.com/systems/bmd-1.html): The BMD-1 is an airborne infantry-tracked armored vehicle, which entered the service of the Russian army airborne units in 1969 and was first shown to the public during a parade held in Moscow in November 1973. The vehicle was called the M1970 before its Russian designation became known. JSON: https://www.defensepedia.com/data/systems/bmd-1.json
- [BMD-1K](https://www.defensepedia.com/systems/bmd-1k.html): BMD-1K (K stands for komandirskaya – command) – Command variant fitted with R-126 and R-107 transceivers, two Clothes Rail antennas and a generator box. It's sometimes called BMD-K. The BMD-1 is a family of light tracked AFVs designed to be deployed by parachute into the rear of an enemy position. JSON: https://www.defensepedia.com/data/systems/bmd-1k.json
- [BMD-1P](https://www.defensepedia.com/systems/bmd-1p.html): The BMD-1P is a variant of the BMD-1 designed for combat-heavy operations. It is armed very similarly to the BMD-1 but carries additional ammunition and an improved missile. JSON: https://www.defensepedia.com/data/systems/bmd-1p.json
- [BMD-2](https://www.defensepedia.com/systems/bmd-2.html): The BMD-2 is a Soviet-era airborne infantry fighting vehicle, introduced in 1985. It is a variant of BMD-1 with a new turret and some changes done to the hull. JSON: https://www.defensepedia.com/data/systems/bmd-2.json
- [BMD-3](https://www.defensepedia.com/systems/bmd-3.html): The BMD-3 (Boyevaya Mashina Desanta, Russian "Боевая Машина Десанта", literally "Combat Vehicle of the Airborne") is an infantry fighting vehicle (IFV) originating from the former Soviet Union. The BMD-3 was designed to address the flaws in the BMD-1 and BMD-2 designs. JSON: https://www.defensepedia.com/data/systems/bmd-3.json
- [BMD-4](https://www.defensepedia.com/systems/bmd-4.html): The BMD-4 (Russian: "Боевая Машина Десанта-4"; Boyevaya Mashina Desanta-4 literally "Combat Vehicle of the Airborne") is an amphibious infantry fighting vehicle (IFV) originating from post-Cold War Russia. JSON: https://www.defensepedia.com/data/systems/bmd-4.json
- [BMP-1](https://www.defensepedia.com/systems/bmp-1.html): Development of the BMP-1 infantry fighting vehicle commenced in 1960. It entered service with the Soviet Army in 1966. JSON: https://www.defensepedia.com/data/systems/bmp-1.json
- [BMP-1AK](https://www.defensepedia.com/systems/bmp-1ak.html): The BMP-1AK is an infantry fighting vehicle designed to transport a section of infantry into combat under protection, and provide fire support with its main armament, as well as a platform from which the infantry can fight. JSON: https://www.defensepedia.com/data/systems/bmp-1ak.json
- [BMP-1D](https://www.defensepedia.com/systems/bmp-1d.html): A non-amphibious BMP-1D (the so-called 'Afghan' variant), was built in 1982 for assault units in Afghanistan. It had 5 mm thick appliqué steel armor plates on the hull sides with holes for side firing ports as well as armor plate under the commander's and driver's seats for added protection against mines. JSON: https://www.defensepedia.com/data/systems/bmp-1d.json
- [BMP-1K (BMP M1974)](https://www.defensepedia.com/systems/bmp-1k.html): The BMP-1K (BMP M1974) Russian Amphibious Command and Control Infantry Fighting Vehicle (IFV) is designed to transport a section of infantry into combat under protection, and provide fire support with its main armament, as well as a platform from which the infantry can fight. JSON: https://www.defensepedia.com/data/systems/bmp-1k.json
- [BMP-1KSh (BMP M1978)](https://www.defensepedia.com/systems/bmp-1ksh.html): The BMP-1KSh (BMP M1978) Russian Amphibious Command Post and Staff Infantry Fighting Vehicle (IFV) is designed to transport a section of infantry into combat under protection, and provide fire support with its main armament, as well as a platform from which the infantry can fight. JSON: https://www.defensepedia.com/data/systems/bmp-1ksh.json
- [BMP-1P](https://www.defensepedia.com/systems/bmp-1p.html): The BMP-1P is an upgraded variant of the BMP-1 "A variety of upgrades are available: improved tracks, spall liners, air conditioning, smoke generator launchers, laser warning receivers, & more powerful engines. French SNPE ERA & other kits are available but are hazardous during dismounted operations. JSON: https://www.defensepedia.com/data/systems/bmp-1p.json
- [BMP-2](https://www.defensepedia.com/systems/bmp-2.html): The BMP-2 [BMP = Boyevaya Mashina Pyekhota - Infantry Fighting Vehicle] infantry combat vehicle, fielded in the early 1980s [initially designated BMP 1981], is an improved version of the BMP-1 incorporating major armament changes. JSON: https://www.defensepedia.com/data/systems/bmp-2.json
- [BMP-2K](https://www.defensepedia.com/systems/bmp-2k.html): The BMP-2K is the command version of the BMP-2, it is designed to support and co-ordinate the actions of a BMP-2 unit when on the battlefield and ensure that it operates effectively with its supporting formations. JSON: https://www.defensepedia.com/data/systems/bmp-2k.json
- [BMP-2M Berezhok](https://www.defensepedia.com/systems/bmp-2m-berezhok.html): The BMP-2M infantry fighting vehicle (IFV) is an upgraded version of the BMP-2 IFV. Designed and developed by Kurganmashzavod JSC, the IFV offers improved mobility and firepower for armed forces. The weapon system for the upgraded vehicle is provided by KBP Instrument Design Bureau. JSON: https://www.defensepedia.com/data/systems/bmp-2m-berezhok.json
- [BMP-3](https://www.defensepedia.com/systems/bmp-3.html): The BMP-3 [BMP = Boyevaya Mashina Pyekhota - Infantry Fighting Vehicle], which represents a totally different design concept from BMP-1/2, is a light tank that can hold a squad of infantry. JSON: https://www.defensepedia.com/data/systems/bmp-3.json
- [BMP-3K](https://www.defensepedia.com/systems/bmp-3k.html): Command vehicle BMP-3K is a BMP-3 based one intended to control a subunit, to communicate with the major unit commander, and to carry on combined tactical operations with the subunit as well. JSON: https://www.defensepedia.com/data/systems/bmp-3k.json
- [BMP-3M](https://www.defensepedia.com/systems/bmp-3m.html): The BMP-3M has an upgraded new engine and turret with a new ATGM system 9K116-3 Basnya. JSON: https://www.defensepedia.com/data/systems/bmp-3m.json
- [Bora Class (Project 1239 Class)](https://www.defensepedia.com/systems/bora.html): Bora Class (Project 1239 Class) Russian Hoverborne Guided Missile Corvette is primarily intended for coast defense operations. These very large surface-effect ship corvettes have proven mechanically unreliable. JSON: https://www.defensepedia.com/data/systems/bora.json
- [Boragh](https://www.defensepedia.com/systems/boragh.html): boragh or Boraq is an Iranian-made armored personnel carrier. Boragh is believed to be a reverse engineered and upgraded model of the Chinese Type 86 (BMP-1). JSON: https://www.defensepedia.com/data/systems/boragh.json
- [Borei (Project 955)](https://www.defensepedia.com/systems/borei.html): The Borei Class (Project 955 Borei Class) Russian Nuclear-Powered Ballistic Missile Submarine are series of nuclear-powered ballistic missile submarines being constructed by Sevmash for the Russian Navy. The class is projected to replace the Soviet-era Delta III, Delta IV, and Typhoon classes in Russian Navy service. JSON: https://www.defensepedia.com/data/systems/borei.json
- [BORSUK](https://www.defensepedia.com/systems/borsuk.html): The BORSUK Polish Amphibious Infantry Fighting Vehicle (IFV) is Poland’s new-generation, fully amphibious tracked IFV designed to replace the BWP‑1. It combines a modern unmanned turret (30 mm + Spike‑LR ATGM), NATO‑standard protection and electronics, and genuine swim capability, with large-scale fielding just starting in 2025. JSON: https://www.defensepedia.com/data/systems/borsuk.json
- [BOXER LANCE](https://www.defensepedia.com/systems/boxer-lance.html): The BOXER LANCE German 8x8 Infantry Fighting Vehicle (IFV) is a modern, armored 8x8 vehicle used by armed forces worldwide. It provides enhanced protection for the crew while delivering a high level of firepower and mobility. JSON: https://www.defensepedia.com/data/systems/boxer-lance.json
- [BOXER SKYRANGER 30 8x8](https://www.defensepedia.com/systems/boxer-skyranger-30-8x8.html): The BOXER SKYRANGER 30 is a German Infantry Fighting Vehicle (IFV) designed to effectively defend against drone attacks and other aerial threats in contemporary scenarios. This highly mobile air defense system features integrated active search and passive tracking sensors. JSON: https://www.defensepedia.com/data/systems/boxer-skyranger-30-8x8.json
- [BOXER TURRA 30](https://www.defensepedia.com/systems/boxer-turra-30.html): The BOXER TURRA 30 is a German Infantry Fighting Vehicle (IFV) known for its high mobility and armored protection. Its modular design allows for a wide range of mission-specific variants. JSON: https://www.defensepedia.com/data/systems/boxer-turra-30.json
- [BRM-3K Rys](https://www.defensepedia.com/systems/brm-3k-rys.html): The BRM-3K Rys Russian Amphibious Combat Reconnaissance Vehicle (CRV) is based on the BMP-3. It is equipped to provide forward detection and identification of opposition forces and is fitted with sufficient firepower to ensure that the vehicle can extract itself from contact. JSON: https://www.defensepedia.com/data/systems/brm-3k-rys.json
- [BS-903A](https://www.defensepedia.com/systems/bs-903a.html): The Chinese BS-903A is a small, lightweight modular designed ground surveillance radar (GSR) that is able to detect, identify, and locate moving ground targets using a microstrip antenna at any time of the day regardless of the season, and also in conditions of low visibility (fog, rain, snow, dust, or smoke). JSON: https://www.defensepedia.com/data/systems/bs-903a.json
- [BTR-60](https://www.defensepedia.com/systems/btr-60.html): The BTR-60 is the first vehicle in a series of Soviet eight-wheeled armored personnel carriers (APCs). It was developed in the late 1950s as a replacement for the BTR-152 and was seen in public for the first time in 1961. JSON: https://www.defensepedia.com/data/systems/btr-60.json
- [BTR-60PA (BTR-60PK)](https://www.defensepedia.com/systems/btr-60pa.html): BTR-60PA (1963) – This version has an armored roof over the troop compartment. It is fitted with improved 'closed-down vision devices for the crew. JSON: https://www.defensepedia.com/data/systems/btr-60pa.json
- [BTR-60PB](https://www.defensepedia.com/systems/btr-60pb.html): The BTR-60PB armored personnel carrier is a further development of the previous BTR-60PA. This APC was produced in large numbers. Its production commenced in 1966 and ceased in 1976. JSON: https://www.defensepedia.com/data/systems/btr-60pb.json
- [BTR-70 (BTR M1978)](https://www.defensepedia.com/systems/btr-70.html): The BTR-70 is a Russian-made 8x8 armored vehicle personnel carrier which was shown for the first time to the public in November 1980 during a military parade in Moscow. The vehicle was originally developed during the late 1960s under the industrial designator GAZ-4905. JSON: https://www.defensepedia.com/data/systems/btr-70.json
- [BTR-80](https://www.defensepedia.com/systems/btr-80.html): The BTR-80 is an 8×8 wheeled amphibious armored personnel carrier (APC) designed in the USSR. The BTR-80 is a modern, lightly armored vehicle with a diesel power plant. It is manufactured at the Gorkiy Automobile Factory in Nizhniy Novgorod and has been in service since the early 1980s. JSON: https://www.defensepedia.com/data/systems/btr-80.json
- [BTR-80A](https://www.defensepedia.com/systems/btr-80a.html): The BTR-80 has evolved into the BTR-80A. In 1993, the Tula design bureau finished the development of a new turret similar to that on the German Marder APC, mounting a 30-mm 2A42 (BMP-2) automatic gun, coax 7.62-mm MG and TNP-3 day/night sights. This vehicle is in prototype and offered for export. JSON: https://www.defensepedia.com/data/systems/btr-80a.json
- [BTR-82](https://www.defensepedia.com/systems/btr-82.html): The BTR-82 armored personnel carrier is a latest version of the BTR-80 family. It is an improved version of the BTR-80A/S, which entered service back in 1994. JSON: https://www.defensepedia.com/data/systems/btr-82.json
- [BTR-87](https://www.defensepedia.com/systems/btr-87.html): BTR-87 is designed by VPK with assemblies and units of BTR-82A APC. The vehicle was developed in 2015, and for the first time it was publicly demonstrated at the International Military-Technical Forum "Army-2017". The specifications of the BTR-87 is full analog of the BTR-82A. JSON: https://www.defensepedia.com/data/systems/btr-87.json
- [BTR-90 (GAZ-5923)](https://www.defensepedia.com/systems/btr-90.html): BTR-90 (GAZ-5923) is an 8×8 wheeled armored personnel carrier developed in Russia, designed in 1993 and first shown publicly in 1994. It is a larger version of the BTR-80 vehicle, fitted with a BMP-2 turret. JSON: https://www.defensepedia.com/data/systems/btr-90.json
- [BTR-94](https://www.defensepedia.com/systems/btr-94.html): The BTR-94 Russian 8x8 Amphibious Armored Personnel Carrier (APC) is essentially a Soviet BTR-80 APC with some upgrades. JSON: https://www.defensepedia.com/data/systems/btr-94.json
- [BTR-D (BMD M1979)](https://www.defensepedia.com/systems/btr-d.html): The BTR-D (BMD M1979) Russian Amphibious/Airborne Armored Personnel Carrier (APC) is a Soviet airborne multi-purpose tracked armored personnel carrier that was introduced in 1974 and first seen by the West in 1979 during the Soviet-Afghan War. JSON: https://www.defensepedia.com/data/systems/btr-d.json
- [BTR-MD Rakushka](https://www.defensepedia.com/systems/btr-md-rakushka.html): Russia’s airborne forces, whose numbers will be doubled by 2020, are set to take possession of two new vehicles: the BMD-4M airborne combat vehicle and the BTR-MD Rakushka (“shell”) universal armored personnel carrier. JSON: https://www.defensepedia.com/data/systems/btr-md-rakushka.json
- [BTR-MDM Rakushka-M](https://www.defensepedia.com/systems/btr-mdm-rakushka-m.html): The BTR-MDM Rakushka-M (hereafter referred to as Rakushka) is an armored personnel carrier based on the hull of a BMD-4M, designed to be parachuted into combat alongside the BMD-4M and provide protected mobility for a complete infantry section. JSON: https://www.defensepedia.com/data/systems/btr-mdm-rakushka-m.json
- [BTR-T](https://www.defensepedia.com/systems/btr-t.html): The BTR-T ‘Armoured Transporter–Heavy’) is a Russian heavy infantry combat vehicle, designed by the Design Bureau of Transport Machine-Building (Omsk Transmash) state-run production association. It is based on the hull of the T-55 tank and answers the need for a heavy, well protected and well armed vehicle adapted to urban combat. JSON: https://www.defensepedia.com/data/systems/btr-t.json
- [BTR-ZD](https://www.defensepedia.com/systems/btr-zd.html): The BTR-ZD is an airborne armored personnel carrier that carries two teams with man-portable air defense missiles. BTR-ZD "Skrezhet" (ZD stands for zenitnaya ustanovka) – BTR-D converted into an airborne air defense vehicle for carrying two MANPAD teams. JSON: https://www.defensepedia.com/data/systems/btr-zd.json
- [Buk-M2 (SA-17 Grizzly)](https://www.defensepedia.com/systems/buk-m2.html): The Buk-M2 (NATO name SA-17 Grizzly, Russian name 9K317) is a Russian-made mobile medium-range surface-to-air missile (SAM) system designed to defend field troops and logistical installations against air threats. SA-17 Grizzly is an upgraded version of the proven Buk-M1 mobile air defense system and retains its main features. JSON: https://www.defensepedia.com/data/systems/buk-m2.json
- [Bulsae 4 (M-2018)](https://www.defensepedia.com/systems/bulsae-4.html): The Bulsae 4 (M-2018) North Korean 6x6 Anti-Tank Missile System assigned to conduct combat operations against armored threats. This system is part of North Korea's ongoing efforts to modernize its military technology and improve the effectiveness of its infantry units in combat scenarios. JSON: https://www.defensepedia.com/data/systems/bulsae-4.json
- [Bureviy (Hurricane)](https://www.defensepedia.com/systems/bureviy.html): The Bureviy (Hurricane) Ukrainian 220mm Multiple Rocket Launcher is a modernized version of the Soviet Uragan heavy artillery rocket system. JSON: https://www.defensepedia.com/data/systems/bureviy.json
- [Buyan Class (Project 21630 Buyan)](https://www.defensepedia.com/systems/buyan.html): The Buyan Class (Project 21630 Buyan) Russian Corvetteare series of corvettes (small artillery and missile ships in Russian classification) developed by Zelenodolsk Design Bureau for the Russian Navy. JSON: https://www.defensepedia.com/data/systems/buyan.json
- [Buyan M Class (Project 21631 Class)](https://www.defensepedia.com/systems/buyan-m.html): Buyan M Class (Project 21631 Class) Russian Corvette are armed with Kalibr missiles will be able to lay minefields and block navigation, the Izvestia daily writes. The corvettes were upgraded to engage robotic mines, Defense Ministry sources said. JSON: https://www.defensepedia.com/data/systems/buyan-m.json
- [BZK-005 (Giant Eagle)](https://www.defensepedia.com/systems/bzk-005.html): The BZK-005 high-altitude, long-range UAV is a reconnaissance aircraft designed by the Beijing University of Aeronautics & Astronautics and Harbin Aircraft Industry (Group) Co., Ltd. It is used by the PLA Navy and PLA Air Force. JSON: https://www.defensepedia.com/data/systems/bzk-005.json
- [BZK-007 (Sunshine)](https://www.defensepedia.com/systems/bzk-007.html): BZK-007 is the military version of Sunshine UAV adopted by the Chinese military. The only external visual difference between BZK-007 and Sunshine is that BZK-007 has a fixed tricycle landing gear system. JSON: https://www.defensepedia.com/data/systems/bzk-007.json
- [C-801](https://www.defensepedia.com/systems/c-801.html): The C-801 is the export version of the YJ-8. The C-801 was not marketed after 2003. JSON: https://www.defensepedia.com/data/systems/c-801.json
- [Caesar](https://www.defensepedia.com/systems/caesar.html): The CAESAR 8x8 self-propelled howitzer was developed by Nexter. Sometimes this artillery system is referred as CAESAR 2. JSON: https://www.defensepedia.com/data/systems/caesar.json
- [CH-1 (Chang Hong 1)](https://www.defensepedia.com/systems/ch-1.html): CH-1 is the first of the Rainbow (CH) series UAVs. The general designer was Mr. JSON: https://www.defensepedia.com/data/systems/ch-1.json
- [CH-3](https://www.defensepedia.com/systems/ch-3.html): CH-3 is a fixed wing unmanned combat aerial vehicle (UCAV) of the Rainbow series. The CH-3 adopts an unusual canard layout, similar to the Jetcruzer 450 and the Rutan VariEze. JSON: https://www.defensepedia.com/data/systems/ch-3.json
- [CH-3A](https://www.defensepedia.com/systems/ch-3a.html): CH-3A is the development of CH-3 and share the identical layout. Improvement of CH-3A over CH-3 includes that the maximum payload is increased to more than 100 kg, and satellite data link is also incorporated. JSON: https://www.defensepedia.com/data/systems/ch-3a.json
- [CH-47 Chinook](https://www.defensepedia.com/systems/ch-47-chinook.html): The Boeing CH-47 Chinook is an American twin-engine, tandem rotor, heavy-lift helicopter developed by American rotorcraft company Vertol and manufactured by Boeing Vertol (later known as Boeing Rotorcraft Systems). The CH-47 is among the heaviest lifting Western helicopters. JSON: https://www.defensepedia.com/data/systems/ch-47-chinook.json
- [CH-47F](https://www.defensepedia.com/systems/ch-47f.html): In 2001, the first CH-47F, an upgraded CH-47D, made its maiden flight; the first production model rolled out on 15 June 2006 at Boeing's facility in Ridley Park, Pennsylvania, and first flew on 23 October 2006. JSON: https://www.defensepedia.com/data/systems/ch-47f.json
- [CH-4A (CH-4A Rainbow)](https://www.defensepedia.com/systems/ch-4a.html): The CH-4A and CH-4B. The CH-4A is a reconnaissance drone (capable of a 3500–5000 km range and a 30- to 40-hour endurance) The Caihong-4, CH-4, is a long-endurance unmanned aerial vehicle (UAV) featuring a battery life of 40 hours. JSON: https://www.defensepedia.com/data/systems/ch-4a.json
- [CH-4B (CH-4B Rainbow)](https://www.defensepedia.com/systems/ch-4b.html): The CH-4B is a mixed attack and reconnaissance system with provisions for 6 weapons and a payload of up to 250 to 345 kg. CH-4 is capable of firing air-to-ground missile from altitude of 5,000 meters (~16,400 feet), therefore the aircraft can stay outside of effective range of most anti-aircraft guns. JSON: https://www.defensepedia.com/data/systems/ch-4b.json
- [CH-5 (Rainbow-5)](https://www.defensepedia.com/systems/ch-5.html): The CH-5 (Rainbow-5) is an unmanned aerial vehicle produced by the China Aerospace Science and Technology Corp, which was unveiled for the first time to the public during Zhuhai Air Show China 2016, said Shi Wen, chief engineer of the Rainbow-5 drone. JSON: https://www.defensepedia.com/data/systems/ch-5.json
- [CH-53 Sea Stallion](https://www.defensepedia.com/systems/ch-53-sea-stallion.html): The CH-53 Sea Stallion is a family of heavy-lift transport helicopters designed and built by Sikorsky Aircraft. Originally developed for use by the United States Marine Corps, it is currently in service with Germany, Iran, Israel, and Mexico. JSON: https://www.defensepedia.com/data/systems/ch-53-sea-stallion.json
- [CH-804](https://www.defensepedia.com/systems/ch-804.html): The CH-804 Chinese Unmanned Aerial Vehicle (UAV) is based on the ch-803 UAV system, which optimizes the power system and aerodynamic shape to greatly improve the endurance performance. JSON: https://www.defensepedia.com/data/systems/ch-804.json
- [CH-91 (BZK-008)](https://www.defensepedia.com/systems/ch-91.html): The CH-91 (BZK-008) Chinese Reconnaissance Unmanned Aerial Vehicle (UAV)is a fixed-wing UAV in a twin-boom layout with an inverted v-tail and a pair of skids as landing gear. Propulsion is provided by a two-blade propeller driven by a pusher engine mounted at the rear end of the fuselage. JSON: https://www.defensepedia.com/data/systems/ch-91.json
- [CH-92](https://www.defensepedia.com/systems/ch-92.html): CH-92 is a fixed-wing UAV in a conventional layout with V-tail and tricycle landing gear. Propulsion is provided by a propeller driven by a pusher engine mounted at the empennage. JSON: https://www.defensepedia.com/data/systems/ch-92.json
- [Challenger 2 (FV4034)](https://www.defensepedia.com/systems/challenger-2.html): The Challenger 2 (FV4034) British Main Battle Tank (MBT) is a third generation British main battle tank (MBT) in service with the armies of the United Kingdom and Oman. It was designed and built by the British company Vickers Defense Systems (now known as BAE Systems Land & Armaments). JSON: https://www.defensepedia.com/data/systems/challenger-2.json
- [Changjian-20 (CJ-20)](https://www.defensepedia.com/systems/changjian-20.html): The Changjian-20 (CJ-20) Chinese Air-launched/Land-Attack Cruise Missile. JSON: https://www.defensepedia.com/data/systems/changjian-20.json
- [Cheonghaejin Class](https://www.defensepedia.com/systems/cheonghaejin.html): The Cheonghaejin-class ASR (Hangul: 청해진급 잠수함 구조함; Hanja: 淸海鎭級潛水艦救助艦) is a submarine rescue ship class of the Republic of Korea Navy. Only one ship has been built in her class, ROKS Cheonghaejin (ASR 21), in 1995. JSON: https://www.defensepedia.com/data/systems/cheonghaejin.json
- [Cheonma-2](https://www.defensepedia.com/systems/cheonma-2.html): The Cheonma-2 North Korean Main Battle Tank (MBT)is North Korea's latest main battle tank (MBT), unveiled in 2020 and named the M2020 by foreign observers before being officially designated the Cheonma-2 in 2024. JSON: https://www.defensepedia.com/data/systems/cheonma-2.json
- [Chieftain MK 5](https://www.defensepedia.com/systems/chieftain-mk-5.html): The Chieftain originated from a British Leyland design of a new tank, dating as early as 1950, when the War Office requested a replacement for the Centurion, as the Medium Tank No 2. The Mk.4 were two prototypes with increased fuel capacity and other minor modifications. JSON: https://www.defensepedia.com/data/systems/chieftain-mk-5.json
- [Chinese nuclear forces](https://www.defensepedia.com/systems/china-nuclear.html): Estimated warhead inventory of 620 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/china-nuclear.json
- [CHL-906](https://www.defensepedia.com/systems/chl-906.html): The CHL-906 Chinese Surface-to-Air Electronic Jamming System targets hostile radar systems originating from land, surface vessels, or air. The system can also form part of an integrated electronic warfare (EW) system that integrates the function of radar reconnaissance, radar jamming, and command-and-control functionalities. JSON: https://www.defensepedia.com/data/systems/chl-906.json
- [Chonma-ho](https://www.defensepedia.com/systems/chonma-ho.html): The Chonma-Ho North Korean Main Battle Tank (MBT) Since its inception, it has undergone several extensive upgrades. Little public information is available about this tank. JSON: https://www.defensepedia.com/data/systems/chonma-ho.json
- [Choules Class](https://www.defensepedia.com/systems/choules.html): The Choules Class Australian Landing Ship, Dock (LSD) is designed to operate using helicopters and landing craft to get landing forces and equipment ashore. Choules has a large flight deck aft which can accommodate two large helicopters and a docking well in the stern capable of operating an LCM-8 or two LCVP landing craft. JSON: https://www.defensepedia.com/data/systems/choules.json
- [Chungmugong Yi Sun-Sin Class (KDX-II Class)](https://www.defensepedia.com/systems/chungmugong-yi-sun-sin.html): Chungmugong Yi Sun-sin class destroyers are multipurpose destroyers of the Republic of Korea Navy. The lead ship of this class, ROKS Chungmugong Yi Sunsin, was launched in May 2002 and commissioned in December 2003. JSON: https://www.defensepedia.com/data/systems/chungmugong-yi-sun-sin.json
- [CJ-1000](https://www.defensepedia.com/systems/cj-1000.html): The CJ-1000 Chinese Long-Range Hypersonic Cruise Missile represents a new class of precision strike capability for the People’s Liberation Army Rocket Force. It is designed to penetrate advanced air defense systems and serves as a successor to the DF-100 cruise missile. JSON: https://www.defensepedia.com/data/systems/cj-1000.json
- [CJ-10A (DF-10A)](https://www.defensepedia.com/systems/cj-10a.html): The CJ-10A (DF-10A) Chinese Long-Range Cruise Missile is a second-generation Chinese ground-based land-attack missile. It is derived from the Kh-55 missile. JSON: https://www.defensepedia.com/data/systems/cj-10a.json
- [CLC-2](https://www.defensepedia.com/systems/clc-2.html): The CLC-2 Chinese Search and Acquisition Radar is described as an S-band (NATO E-/F-band) (2–4 GHz) pulse Doppler air surveillance radar designed to provide air situation, target indication, threat assessment, target co-ordinate, target assignment and firing allocation data to up to eight self-propelled anti-aircraft gun or short range… JSON: https://www.defensepedia.com/data/systems/clc-2.json
- [CLC-3](https://www.defensepedia.com/systems/clc-3.html): The CLC-3 Chinese Mobile Air Defense Radar is described as being a mobile pulse Doppler S-band (NATO E-/F-band) (2 GHz to 4 GHz), low-altitude air defence radar that makes use of a phased array antenna. JSON: https://www.defensepedia.com/data/systems/clc-3.json
- [Club-K](https://www.defensepedia.com/systems/club-k.html): The Club-K container missile system is designed for engagement with surface ships of different classes and types and land and shore-based targets. Universal launching module, performed as the standard maritime container-type, is the basic unit of Club-K system. JSON: https://www.defensepedia.com/data/systems/club-k.json
- [CM-602G](https://www.defensepedia.com/systems/cm-602g.html): The CM-602G is a land-attack version of the C-602. It is advertised as having a range of 290 km (180 mi), a 480 kg (1,060 lb) penetrating blast/fragmentation warhead, and an inertial guidance system using GPS data which may be augmented to provide man-in-the-loop control. JSON: https://www.defensepedia.com/data/systems/cm-602g.json
- [Cougar H](https://www.defensepedia.com/systems/cougar-h.html): The Cougar is an MRAP and infantry mobility vehicle structured to be resistant to landmines and improvised munitions. The Cougar comes in two main configurations, a 4×4 and 6×6. JSON: https://www.defensepedia.com/data/systems/cougar-h.json
- [Cougar HE](https://www.defensepedia.com/systems/cougar-he.html): The Cougar is an MRAP and infantry mobility vehicle structured to be resistant to landmines and improvised munitions. The Cougar comes in two main configurations, a 4×4 and 6×6. JSON: https://www.defensepedia.com/data/systems/cougar-he.json
- [CPS-7](https://www.defensepedia.com/systems/cps-7.html): The Chinese Panda CPS-7 is a mobile signal jammer is developed by Panda Electronics Group. It has the capability of jamming most cellular phone frequencies and is transportable. JSON: https://www.defensepedia.com/data/systems/cps-7.json
- [Credo-1E](https://www.defensepedia.com/systems/credo-1e.html): The Credo-1E unified moving ground target locating radar is designed to detect moving ground, surface and low-flying targets (man, group of people, vehicles) and to support artillery fire round-the-clock, in any season, and under zero visibility conditions (fog, smoke, and dust). JSON: https://www.defensepedia.com/data/systems/credo-1e.json
- [CS/VN3](https://www.defensepedia.com/systems/cs-vn3.html): The CS/VN3 Chinese 4x4 Armored Scout Car resembles the French Panhard VBL or Swiss MOWAG Eagle III armored scout cars but is slightly larger. This vehicle was revealed in 2007. JSON: https://www.defensepedia.com/data/systems/cs-vn3.json
- [CS/VP3](https://www.defensepedia.com/systems/cs-vp3.html): The CS/VP3 is an armored 4x4 vehicle developed and produced by Poly Technologies in China. It is believed to be an export vehicle built to provide customers with a brand-new armored platform at a lower cost than Western producers can achieve. JSON: https://www.defensepedia.com/data/systems/cs-vp3.json
- [CSA-41 (FM-80)](https://www.defensepedia.com/systems/csa-41.html): Iran imports many of their military weapons and equipment from Russia and China. The CSA-4A is a export model of the HQ-7 (FM-80) Chinese Short-Range Air Defense Missile System. JSON: https://www.defensepedia.com/data/systems/csa-41.json
- [CSZ-181](https://www.defensepedia.com/systems/csz-181.html): The CSZ-181 Chinese 6x6 Electronic Warfare Vehicle has been adapted to serve as an electronic warfare (EW) vehicle for units within the People's Liberation Army (PLA). The vehicles are understood to be used for a range of operations, including deception and reconnaissance, as well as jamming and interception. JSON: https://www.defensepedia.com/data/systems/csz-181.json
- [D-12](https://www.defensepedia.com/systems/d-12.html): The D-12 Russian Unmanned Aerial Vehicle (UAV) features a "flying wing" aerodynamic design. This model is specifically built for aerial photography and remote sensing of the Earth's surface. JSON: https://www.defensepedia.com/data/systems/d-12.json
- [D-20](https://www.defensepedia.com/systems/d-20.html): The D-20 Russian Unmanned Aerial Vehicle (UAV) is designed for operation in remote and extended areas, including those with large-scale facilities and objects. With a flight duration of 14 hours, the D-20 can cover distances of over 1000 km. JSON: https://www.defensepedia.com/data/systems/d-20.json
- [D-20K](https://www.defensepedia.com/systems/d-20k.html): The D-20K Russian Unmanned Aerial Vehicle (UAV) is designed for vertical take-off and landing, enabling it to operate in remote and extended areas, as well as over large landscapes. The D-20K UAV consists of several key components: 1. **Unmanned Aerial Vehicle (UAV)**: Designed with a "duck" aerodynamic configuration. 2. JSON: https://www.defensepedia.com/data/systems/d-20k.json
- [D5-Air](https://www.defensepedia.com/systems/d5-air.html): The D5-Air Chinese UAV-Mounted RF Detection Unit is an airborne drone detection and positioning system designed for deployment on UAV platforms. JSON: https://www.defensepedia.com/data/systems/d5-air.json
- [Dajiang Class (Type 925 Class)](https://www.defensepedia.com/systems/dajiang.html): The Dajiang Class (Type 925Class) Chinese Submarine Support Ship is a type of naval auxiliary ship belonging to the People's Republic of China. Each ship is usually equipped with up to two Type 7103 DSRV class Deep Submergence Rescue Vehicles (DSRVs). JSON: https://www.defensepedia.com/data/systems/dajiang.json
- [Dalang (Type 922)](https://www.defensepedia.com/systems/dalang.html): Type 922 rescue and salvage ship is a series of rescue and salvage ships developed by China for the People's Liberation Army Navy (PLAN), and after decades of service they still remain active in other Chinese governmental establishments. JSON: https://www.defensepedia.com/data/systems/dalang.json
- [Dan-T](https://www.defensepedia.com/systems/dan-t.html): The Dan-T Russian Short-Range Cruise Missile is a newly fielded Russian jet‑powered, air‑launched strike weapon—essentially a very cheap, short‑range cruise missile / loitering munition—that Moscow plans to mass‑produce for large‑scale attacks, especially against Ukraine. JSON: https://www.defensepedia.com/data/systems/dan-t.json
- [Daring Class (Type 45 Class)](https://www.defensepedia.com/systems/daring.html): The Daring Class (Type 45 Class) British Destroyer is a class of six guided-missile destroyers built for the United Kingdom's Royal Navy in the early 21st century. JSON: https://www.defensepedia.com/data/systems/daring.json
- [Delta IV Class (Project BDRM Delfin Class)](https://www.defensepedia.com/systems/delta-iv.html): The Delta IV Class (Project BDRM Delfin Class) Russian Nuclear-Powered Ballistic Missile Submarine. Seven Delta IV-class submarines were built; all are still in service in the Russian Navy. JSON: https://www.defensepedia.com/data/systems/delta-iv.json
- [DF-100 (CH-SSC-13 Splinter)](https://www.defensepedia.com/systems/df-100.html): The DF-100 (CH-SSC-13 Splinter) Chinese Supersonic Cruise Missile is a Chinese strategic, long range high-supersonic land-attack cruise missile. The missile system is reportedly capable of engaging land-based facilities, reinforced targets, underground bunkers and large warships. JSON: https://www.defensepedia.com/data/systems/df-100.json
- [DF-11 (Dongfeng 11)](https://www.defensepedia.com/systems/df-11.html): The Dong Feng-11 (DF-11) is a road-mobile, nuclear-capable, close-range ballistic missile developed by the People’s Republic of China (PRC). A solid-fuel SRBM launched from a transporter erector launcher (TEL), the DF-11 can be launched with roughly 30 minutes of preparation and can reach ranges up to 300km. JSON: https://www.defensepedia.com/data/systems/df-11.json
- [DF-12 (Dongfeng 12)](https://www.defensepedia.com/systems/df-12.html): The DF-12 (Dongfeng 12) Chinese Close-Range Ballistic Missile is a road-mobile, solid-fuel, short-range ballistic missile (SRBM). Previously branded by the People’s Republic of China (PRC) as the M-20, the design of the DF-12 is believed to be based upon the Russian Iskander-E tactical missile system. JSON: https://www.defensepedia.com/data/systems/df-12.json
- [DF-15 (Dongfeng 15)](https://www.defensepedia.com/systems/df-15.html): The Dongfeng 15 (DF-15/CSS-6) Chinese Short-Range Ballistic Missile is a short-range, road-mobile, solid-fueled ballistic missile developed by the People’s Republic of China. JSON: https://www.defensepedia.com/data/systems/df-15.json
- [DF-16 (Dongfeng 16)](https://www.defensepedia.com/systems/df-16.html): The DF-16 (Dongfeng 16) Chinese Short-Range Ballistic Missile is one of China’s most advanced SRBMs. First deemed operational in September 2015, the new weapon system has achieved 11 successes out of 11 test launches and is an improved model of the DF-11 and the DF-15. JSON: https://www.defensepedia.com/data/systems/df-16.json
- [DF-17](https://www.defensepedia.com/systems/df-17.html): Solid-fueled, road-mobile medium-range ballistic missile carrying a hypersonic glide vehicle. JSON: https://www.defensepedia.com/data/systems/df-17.json
- [DF-21](https://www.defensepedia.com/systems/df-21.html): Two-stage solid-propellant, road-mobile medium-range ballistic missile with nuclear and conventional variants, including the DF-21D anti-ship variant. JSON: https://www.defensepedia.com/data/systems/df-21.json
- [DF-26](https://www.defensepedia.com/systems/df-26.html): Road-mobile, two-stage solid-propellant intermediate-range ballistic missile able to carry nuclear or conventional warheads. JSON: https://www.defensepedia.com/data/systems/df-26.json
- [DF-27](https://www.defensepedia.com/systems/df-27.html): The DF-27 Chinese Intercontinental Ballistic Missile (ICBM) is part of China’s Dongfeng family of land‑based ballistic missiles operated by the People’s Liberation Army Rocket Force (PLARF). The designation “DF‑27” itself comes from U.S. JSON: https://www.defensepedia.com/data/systems/df-27.json
- [DF-3 (Dongfeng 3)](https://www.defensepedia.com/systems/df-3.html): Designed to be China’s first modern missile, the Dongfeng 3 (DF-3/CSS-2) Chinese Intermediate-Range Ballistic Missile (IRBM) has a range of up to 3,100 km and was deemed operational in 1971. The silo-based, single-stage, MRBM uses liquid propellant and an inertial guidance system. JSON: https://www.defensepedia.com/data/systems/df-3.json
- [DF-31](https://www.defensepedia.com/systems/df-31.html): The Dongfeng 31 (DF-31/CSS-10) is a Chinese intercontinental ballistic missile (ICBM). This three-stage, solid-fueled missile has an estimated range of 7,000 to 11,700 kilometers. JSON: https://www.defensepedia.com/data/systems/df-31.json
- [DF-31BJ](https://www.defensepedia.com/systems/df-31bj.html): The DF-31BJ Chinese Intercontinental Ballistic Missile (ICBM) is a vital part of China's developing nuclear triad, which includes land-based ICBMs, submarine-launched ballistic missiles (SLBMs), and air-launched ballistic missiles (ALBMs). JSON: https://www.defensepedia.com/data/systems/df-31bj.json
- [DF-4 (Dongfeng 4)](https://www.defensepedia.com/systems/df-4.html): The Dongfeng 4 (DF-4/CSS-3) Chinese Intermediate-Range Ballistic Missile (IRBM) is a two-stage, transportable, liquid-fueled intermediate to intercontinental ballistic missile (IRBM/ICBM) that entered service in 1980. It was expected to be decommissioned by 2005, but one brigade remains operational near Lingbao, Henan province. JSON: https://www.defensepedia.com/data/systems/df-4.json
- [DF-41](https://www.defensepedia.com/systems/df-41.html): The Dongfeng 41 (DF-41/CSS-X-10) Chinese Intercontinental Ballistic Missile (ICBM) is a Chinese road-mobile intercontinental ballistic missile (ICBM). It has an operational range of up to 15,000 km, making it China’s longest-range missile, and is reportedly capable of loading multiple independently targeted warheads (MIRVs). JSON: https://www.defensepedia.com/data/systems/df-41.json
- [DF-5](https://www.defensepedia.com/systems/df-5.html): The Dongfeng 5 (DF-5/CSS-4) Chinese Intercontinental Ballistic Missile (ICBM) is a silo-based ICBM. It was the first ICBM that China developed. These missiles are capable of delivering large nuclear payloads throughout the United States and Western Europe. JSON: https://www.defensepedia.com/data/systems/df-5.json
- [DF-61](https://www.defensepedia.com/systems/df-61.html): The DF-61 Chinese Intercontinental Ballistic Missile (ICBM) is part of China's broader effort to modernize and diversify its nuclear arsenal, providing Beijing with a more robust second-strike capability and a wider array of options across the nuclear escalation ladder. JSON: https://www.defensepedia.com/data/systems/df-61.json
- [DF10 Max](https://www.defensepedia.com/systems/df10-max.html): The DF10 Max Chinese Drone Direction and Detection System is a fixed-mount, high-performance drone detection and identification system engineered for mission-critical airspace security. JSON: https://www.defensepedia.com/data/systems/df10-max.json
- [Dokdo Class](https://www.defensepedia.com/systems/dokdo.html): The Dokdo-class amphibious assault ship is a class of landing platform helicopter (LPH) amphibious assault ships operated by the Republic of Korea Navy (ROKN). JSON: https://www.defensepedia.com/data/systems/dokdo.json
- [Dong Gong 401 Class (Shuiqiao-185 Class)](https://www.defensepedia.com/systems/dong-gong-401.html): The Dong Gong 401 Class (Shuiqiao-185 Class) Chinese Landing Platform Utility (LPU) is a type of "Jack-up barge” it has fold-down ramps to accommodate RO-RO ships berthing alongside. In addition to civilian RO-RO ships supporting the PLA, the ramps could accommodate amphibious landing ships such as Type-072 LSTs. JSON: https://www.defensepedia.com/data/systems/dong-gong-401.json
- [Dong Gong 402 Class (Shuiqiao-135 Class)](https://www.defensepedia.com/systems/dong-gong-402.html): The Dong Gong 402 Class Chinese Landing Platform Utility (LPU) is a type of "Jack-up barge.” The Dong Gong 402 Class Class LPU has fold-down ramps to accommodate RO-RO ships berthing alongside. In addition to civilian RO-RO ships supporting the PLA, the ramps could accommodate amphibious landing ships such as Type-072 LSTs. JSON: https://www.defensepedia.com/data/systems/dong-gong-402.json
- [Dong Gong 403 Class (Shuiqiao-110 Class)](https://www.defensepedia.com/systems/dong-gong-403.html): The Dong Gong 403 Class Chinese Landing Platform Utility (LPU) is a type of "Jack-up barge” with legs designed to push down into the sea floor and lift the barges out of the water, forming a raised, stable platform that is less subject to the influence of currents or wave action than floating causeways. JSON: https://www.defensepedia.com/data/systems/dong-gong-403.json
- [Doxkstavarvet IC16MII Class](https://www.defensepedia.com/systems/doxkstavarvet-ic16mii.html): Doxkstavarvet IC16MII Class Russian Interceptor Craft 16M. A modern patrol boat is used to perform a number of different duties. In addition to surveillance and border operations, anti-drug trafficking, environmental protection, and more intense personal threat situations are areas requiring increased efforts. JSON: https://www.defensepedia.com/data/systems/doxkstavarvet-ic16mii.json
- [DP-14 Hawk](https://www.defensepedia.com/systems/dp-14-hawk.html): The DP-14 Hawk is a heavy-lift variant of the DP-6 Whisper designed for missions such as air supply to forward in operation bases. it's designed to hold up to 430 lb (195 kg) of payload in its twenty six cu ft (0.7 copper m) of cargo area or external hardpoints. JSON: https://www.defensepedia.com/data/systems/dp-14-hawk.json
- [Dyugon Class (Project 21820 Class)](https://www.defensepedia.com/systems/dyugon.html): The Dyugon Class landing craft, or Project 21820, is a class of landing craft being constructed for the Russian Navy. A total of five Project 21820 class landing craft are in service with the Russian Navy. JSON: https://www.defensepedia.com/data/systems/dyugon.json
- [DZ-9300](https://www.defensepedia.com/systems/dz-9300.html): The Chinese DZ-9300 is a man-portable ELINT System developed by China Electronics Technology Corporation (CETC). The system is designed to detect, intercept, analyze, identify, and record enemy land-based, airborne, and shipborne radar radiation. JSON: https://www.defensepedia.com/data/systems/dz-9300.json
- [E-7 Wedgetail](https://www.defensepedia.com/systems/e-7-wedgetail.html): The E-7 Wedgetail AEW&C is a twin-engine airborne early warning and control aircraft based on the Boeing 737 Next Generation design. JSON: https://www.defensepedia.com/data/systems/e-7-wedgetail.json
- [EA-03 Soar Dragon](https://www.defensepedia.com/systems/ea-03-soar-dragon.html): Xianglong/Flying Dragon HALE UAVThe "Xianglong" [Flying Dragon/Soar Dragon] automated observation airplane has a body plan fundamentally the same as the United States, "Worldwide Hawk" high-elevation long flight reconnaissance UAV. JSON: https://www.defensepedia.com/data/systems/ea-03-soar-dragon.json
- [EC-130H (Compass Call)](https://www.defensepedia.com/systems/ec-130h.html): The EC-130H Compass Call is an airborne tactical EW weapon system with a primary mission to disrupt enemy command and control. JSON: https://www.defensepedia.com/data/systems/ec-130h.json
- [Eleron-3](https://www.defensepedia.com/systems/eleron-3.html): The Eleron-3 is a short-range tactical tail-less delta UAV with a maximum takeoff weight (MTOW) of 5.3kg carrying a 1kg payload. Manufactured by ENICS JSC it has a speed of 56 knots (104 km/h) and operates at a maximum altitude of 13,123 feet (4,000m). JSON: https://www.defensepedia.com/data/systems/eleron-3.json
- [Eurocopter Tiger](https://www.defensepedia.com/systems/eurocopter-tiger.html): The Eurocopter (now Airbus Helicopters) Tiger is a four-bladed, twin-engined attack helicopter which first entered service in 2003. It is manufactured by Eurocopter (now Airbus Helicopters), the successor company to Aérospatiale's and DASA's respective helicopter divisions, which designate it as the EC665. JSON: https://www.defensepedia.com/data/systems/eurocopter-tiger.json
- [F-117A Nighthawk](https://www.defensepedia.com/systems/f-117a-nighthawk.html): The F-117A Night Hawk American Stealth Attack Fighter is a stealthy attack fighter, originally manufactured by Lockheed Martin, in the United States. The development began with USAF Flight Dynamics Laboratory contract to Lockheed Advanced Development Projects (Skunk Works), funded by DARPA under Have Blue program. JSON: https://www.defensepedia.com/data/systems/f-117a-nighthawk.json
- [F-15E Strike Eagle](https://www.defensepedia.com/systems/f-15e.html): The McDonnell Douglas (now Boeing) F-15E Strike Eagle is an American all-weather multirole strike fighter derived from the McDonnell Douglas F-15 Eagle. The F-15E was designed in the 1980s for long-range, high-speed interdiction without relying on escort or electronic-warfare aircraft. JSON: https://www.defensepedia.com/data/systems/f-15e.json
- [F-16C (Block 52)](https://www.defensepedia.com/systems/f-16c.html): F-16C/D The F-16C (single seat) and F-16D (two seats) variants entered production in 1984. The first C/D version was the Block 25 with improved cockpit avionics and radar which added all-weather capability with beyond-visual-range (BVR) AIM-7 and AIM-120 air-air missiles. JSON: https://www.defensepedia.com/data/systems/f-16c.json
- [F-22A Raptor](https://www.defensepedia.com/systems/f-22a.html): Fifth-generation air dominance fighter combining stealth, supercruise and integrated avionics. JSON: https://www.defensepedia.com/data/systems/f-22a.json
- [F-35A Lightning II](https://www.defensepedia.com/systems/f-35a.html): Conventional takeoff and landing variant of the F-35, the U.S. Air Force's fifth-generation multirole fighter. JSON: https://www.defensepedia.com/data/systems/f-35a.json
- [F-4E Phantom II](https://www.defensepedia.com/systems/f-4e-phantom-ii.html): The McDonnell Douglas F-4 Phantom II is a tandem two-seat, twin-engine, all-weather, long-range supersonic jet interceptor and fighter bomber originally developed for the United States Navy by McDonnell Aircraft. It first entered service in 1961 with the Navy. JSON: https://www.defensepedia.com/data/systems/f-4e-phantom-ii.json
- [F-5A Freedom Fighter](https://www.defensepedia.com/systems/f-5a-freedom-fighter.html): F-5A Single-seat fighter version of F-5, originally without radar, but was later equipped with AN/APQ-153 radar during upgrades. The Northrop F-5 is a family of supersonic light fighter aircraft initially designed as a privately funded project in the late 1950s by Northrop Corporation. JSON: https://www.defensepedia.com/data/systems/f-5a-freedom-fighter.json
- [F-5E Tiger II](https://www.defensepedia.com/systems/f-5e-tiger-ii.html): F-5E Tiger II Single-seat fighter version with AN/APQ-159 replacing earlier AN/APQ-153 in F-5A. The Northrop F-5 is a family of supersonic light fighter aircraft initially designed as a privately funded project in the late 1950s by Northrop Corporation. JSON: https://www.defensepedia.com/data/systems/f-5e-tiger-ii.json
- [F/A-18A Hornet](https://www.defensepedia.com/systems/f-a-18a-hornet.html): The McDonnell Douglas F/A-18 Hornet is a twin-engine, supersonic, all-weather, carrier-capable, multirole combat jet, designed as both a fighter and attack aircraft (hence the F/A designation). JSON: https://www.defensepedia.com/data/systems/f-a-18a-hornet.json
- [F/A-18D Hornet](https://www.defensepedia.com/systems/f-a-18d-hornet.html): The McDonnell Douglas F/A-18 Hornet is a twin-engine, supersonic, all-weather, carrier-capable, multirole combat jet, designed as both a fighter and attack aircraft (hence the F/A designation). JSON: https://www.defensepedia.com/data/systems/f-a-18d-hornet.json
- [FA-50 Golden Eagle](https://www.defensepedia.com/systems/fa-50-golden-eagle.html): The FA-50 is a light combat aircraft manufactured by Korea Aerospace Industries (KAI) for the Republic of Korea Air Force (ROKAF). It is a light combat version of KAI T-50 Golden Eagle supersonic advanced jet trainer and light attack aircraft. JSON: https://www.defensepedia.com/data/systems/fa-50-golden-eagle.json
- [Fajr-3](https://www.defensepedia.com/systems/fajr-3.html): The Fajr-3 (rarely Fadjr-3) is an Iranian heavy 240mm intermediate-range multiple rocket launcher. The Fajr-3 is a license-built copy, with slight modifications, of a North Korean MRL called the M-1985. JSON: https://www.defensepedia.com/data/systems/fajr-3.json
- [Fajr-5](https://www.defensepedia.com/systems/fajr-5.html): The Fajr-5 ("Dawn") is an Iranian 333mm long-range multiple launch rocket system (MLRS). The Fajr-5 was developed during the 1990s and has since been exported to various armed actors in the Middle East. JSON: https://www.defensepedia.com/data/systems/fajr-5.json
- [Fateh Class](https://www.defensepedia.com/systems/fateh.html): The Fateh Class Iranian Diesel-Electric Submarine is an Iranian-designed class of semi-heavy submarines. JSON: https://www.defensepedia.com/data/systems/fateh.json
- [Fateh-110](https://www.defensepedia.com/systems/fateh-110.html): Hezbollah and Houthi Proliferation. Prompted by its experience in the war with Iraq in the 1980s, Iran actively pursued a ballistic missile arsenal that had greater precision and accuracy. JSON: https://www.defensepedia.com/data/systems/fateh-110.json
- [Fattah](https://www.defensepedia.com/systems/fattah.html): Iranian solid-propellant medium-range ballistic missile unveiled by the IRGC in 2023, which Iran describes as hypersonic with a maneuvering reentry vehicle. JSON: https://www.defensepedia.com/data/systems/fattah.json
- [FC-1 Xiaolong](https://www.defensepedia.com/systems/fc-1-xiaolong.html): The PAC JF-17 Thunder, or CAC FC-1 Xiaolong, is a lightweight, single-engine, multi-role combat aircraft developed jointly by the Pakistan Aeronautical Complex (PAC) and the Chengdu Aircraft Corporation (CAC) of China. It was designed to replace the A-5C, F-7P/PG, Mirage III, and Mirage V combat aircraft in the Pakistan Air Force. JSON: https://www.defensepedia.com/data/systems/fc-1-xiaolong.json
- [Firtina](https://www.defensepedia.com/systems/firtina.html): The Firtina Turkish 155mm Self-Propelled Howitzer (SPH) is part of an artillery system that includes an ammunition resupply vehicle and C4 systems for target detection and fire direction. Both the hull and turret are made of all-welded steel armor, providing protection for the occupants against small arms fire and shell splinters. JSON: https://www.defensepedia.com/data/systems/firtina.json
- [Firtina NG](https://www.defensepedia.com/systems/firtina-ng.html): The Firtina NG is an upgraded Turkish 155mm Self-Propelled Howitzer (SPH) designed to strengthen Turkey's ground forces by incorporating lessons learned from operations in Iraq and Syria. JSON: https://www.defensepedia.com/data/systems/firtina-ng.json
- [Forposts](https://www.defensepedia.com/systems/forposts.html): This is the Russian designation for Searcher Mk II UAVs being produced domestically. According to the Urals Civil Aircraft Plant, which builds the systems, the Forpost has a flight endurance of 17.5 hours, maximum takeoff weight of 1,000 lb (454 kg) and a max payload of 130 lb (60 kg). JSON: https://www.defensepedia.com/data/systems/forposts.json
- [Foxtrot Class (Project 641 Class)](https://www.defensepedia.com/systems/foxtrot.html): The Foxtrot Class (Project 641 Class) Russian Diesel-Electric Patrol Submarine is a class of diesel-electric patrol submarines that were built in the Soviet Union. JSON: https://www.defensepedia.com/data/systems/foxtrot.json
- [French nuclear forces](https://www.defensepedia.com/systems/france-nuclear.html): Estimated warhead inventory of 370 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/france-nuclear.json
- [FT-2](https://www.defensepedia.com/systems/ft-2.html): FT-2 This kit is also for 1,100-lb (500-kg) bombs and features a planar wing kit for extended range. JSON: https://www.defensepedia.com/data/systems/ft-2.json
- [FTC-2000G](https://www.defensepedia.com/systems/ftc-2000g.html): The FTC-2000 is a JJ-7/FT-7 with a new wing, a forward fuselage with side air intakes, and a glass cockpit. The engine, management, and mechanical controls of the JJ-7/FT-7 are retained. JSON: https://www.defensepedia.com/data/systems/ftc-2000g.json
- [Fuchs JAGM](https://www.defensepedia.com/systems/fuchs-jagm.html): The Fuchs JAGM German 6x6 Tank Destroyer mounts a vertical‑launch system for up to 24 AGM‑179 JAGM (Joint Air‑to‑Ground Missile) class missiles on the Rheinmetall Fuchs armored personnel carrier chassis. JSON: https://www.defensepedia.com/data/systems/fuchs-jagm.json
- [Fujian (Type 003)](https://www.defensepedia.com/systems/fujian.html): The Fujian Class (Type 003 Class) Chinese Aircraft Carrier succeeds the Type 002 Shandong which is described as a modified Kuznetsov-class aircraft carrier. It is China's first indigenously designed carrier, and its first capable of catapult-assisted take-offs (CATOBAR); previous Chinese carriers used ski-jumps (STOBAR). JSON: https://www.defensepedia.com/data/systems/fujian.json
- [FV 510 Warrior](https://www.defensepedia.com/systems/fv-510-warrior.html): The Warrior tracked vehicle family is a series of British armored vehicles, originally developed to replace the older FV430 series of armored vehicles. The Warrior started life as the MCV-80, "Mechanized Combat Vehicle for the 1980s". JSON: https://www.defensepedia.com/data/systems/fv-510-warrior.json
- [FV102 Striker](https://www.defensepedia.com/systems/fv102-striker.html): FV102 Striker was the Swingfire wire-guided anti-tank missile carrying member of the CVR(T) family. The FV102 Striker was externally very similar to the FV103 Spartan but carried five missiles in a ready-to-fire bin at the back of the vehicle. JSON: https://www.defensepedia.com/data/systems/fv102-striker.json
- [GAZ-3937 Vodnik](https://www.defensepedia.com/systems/gaz-3937-vodnik.html): The GAZ-3937 Vodnik Russian 4x4 Amphibious Armored Personnel Carrier (APC) is intended for various military and security applications, such as personnel transport, reconnaissance, and border patrol. JSON: https://www.defensepedia.com/data/systems/gaz-3937-vodnik.json
- [GCT (AUF1)](https://www.defensepedia.com/systems/gct.html): The AUF1 is a French self-propelled gun vehicle currently in use by the armies of France, Saudi Arabia, Iraq, and Kuwait. It replaced the Mk F3 155mm in French army service. JSON: https://www.defensepedia.com/data/systems/gct.json
- [Gepard Class (Project 11661 Class)](https://www.defensepedia.com/systems/gepard.html): The Gepard Class (Project 11661 Class) Russian Frigateis a class of frigates that were intended as successors to the earlier Koni-class frigates and Grisha, and Parchim-class corvettes. The first unit of the class, Yastreb (Hawk), was laid down at the Zelenodol'sk Zavod shipyard at Tatarstan in 1991. JSON: https://www.defensepedia.com/data/systems/gepard.json
- [Gerald R. Ford class (CVN 78)](https://www.defensepedia.com/systems/ford-class.html): Nuclear-powered aircraft carrier class succeeding the Nimitz class; CVN 78 in service, CVN 79–81 under construction. JSON: https://www.defensepedia.com/data/systems/ford-class.json
- [Geran-1](https://www.defensepedia.com/systems/geran-1.html): The Geran-1 Russia Unmanned Aerial Vehicle (UAV) is designed as a One-Way Attack Drone (OWAD), and has primarily been used to strike CNI targets in UKR. Geran-1 is the earliest and cheapest Geran variant, directly based on the Iranian Shahed-131. JSON: https://www.defensepedia.com/data/systems/geran-1.json
- [Geran-3](https://www.defensepedia.com/systems/geran-3.html): The Geran-3 Russian Unmanned Aerial Vehicle (UAV) is designed as a One-Way Attack Drone (OWAD), and has primarily been used to strike CNI targets in UKR. Geran-3 is frequently used in combination with other OWADs and LRS effectors to saturate and overwhelm UKR AD. JSON: https://www.defensepedia.com/data/systems/geran-3.json
- [Geran-4](https://www.defensepedia.com/systems/geran-4.html): The Geran-4 Russian Unmanned Aerial Vehicle (UAV) is a One-Way Attack Drone (OWAD) primarily designed to target CNI. There have been instances of Geran-4 equipped with an R-60 air-to-air missile, likely intended to deter and threaten UKR c-UAS aircraft. JSON: https://www.defensepedia.com/data/systems/geran-4.json
- [Geran-5](https://www.defensepedia.com/systems/geran-5.html): The Geran-5 Russian Unmanned Aerial Vehicle (UAV) is designed as a One-Way Attack Drone (OWAD) with higher speed, range and payload than other Geran models. Its aerodynamic design is closer to a cruise missile than the delta-wing design of other models. JSON: https://www.defensepedia.com/data/systems/geran-5.json
- [Gerbera](https://www.defensepedia.com/systems/gerbera.html): The Gerbera Russian Unmanned Aerial Vehicle (UAV) is designed as a decoy One-Way Attack Drone (OWAD), and is primarily used to increase survivability of other OWADs by saturating UKR AD. JSON: https://www.defensepedia.com/data/systems/gerbera.json
- [Ghadir Class](https://www.defensepedia.com/systems/ghadir.html): The Ghadir Class Iranian Diesel-Electric Midget Submarine is a class of midget submarines built by Iran specifically for cruising within the shallow waters of the Persian Gulf. It has a surface displacement estimated at about 115 long tons (117 tons). JSON: https://www.defensepedia.com/data/systems/ghadir.json
- [Gibka-S](https://www.defensepedia.com/systems/gibka-s.html): The Gibka-S Russian Self-Propelled Very Short-Range Air Defense (VSHORAD) is a new self-propelled mobile air defense system developed by Russian state-owned defense enterprise Machine-Building Design Bureau (KBM). The VSHORAD system can engage aircraft, helicopters, cruise missiles, unmanned aerial vehicles (UAVs) and precision weapons. JSON: https://www.defensepedia.com/data/systems/gibka-s.json
- [GJ-11 Sharp Sword](https://www.defensepedia.com/systems/gj-11-sharp-sword.html): The GJ-11 Sharp Sword Chinese Unmanned Aerial Vehicle (UAV) is an unmanned combat aerial vehicle developed in the People's Republic of China for the People's Liberation Army. The GJ-11 may also perform aerial reconnaissance. JSON: https://www.defensepedia.com/data/systems/gj-11-sharp-sword.json
- [Global Positioning System (GPS)](https://www.defensepedia.com/systems/gps.html): U.S. Space Force navigation constellation in medium Earth orbit; GPS III is the current production block. JSON: https://www.defensepedia.com/data/systems/gps.json
- [Go Jun Bong Class](https://www.defensepedia.com/systems/go-jun-bong.html): Go Jun Bong Class LST is an Amphibious Landing Ship class of the Republic of Korea Navy. Go Jun Bong class LST is based on the design of the LST-542 class LST, and thus its exterior is very similar to the Un Bong class LST. JSON: https://www.defensepedia.com/data/systems/go-jun-bong.json
- [Grey Whale G1](https://www.defensepedia.com/systems/grey-whale-g1.html): The Grey Whale G1 Chinese Unmanned Aerial Vehicle (UAV) is a cargo delivery UAV specifically designed to solve the problem of accessing difficult-to-reach locations such as mountainous regions, islands, and high-altitude areas. JSON: https://www.defensepedia.com/data/systems/grey-whale-g1.json
- [Grisha Class (Project 1124 Class)](https://www.defensepedia.com/systems/grisha.html): The Grisha Class (Project 1124 Class) Russian Anti-Submarine Corvette are a series of anti-submarine corvettes built by the Soviet Union between 1970 and 1990 and later by Russia and Ukraine with newer, upgraded ships introduced in 2006. These ships have a limited range and are largely used only in coastal waters. JSON: https://www.defensepedia.com/data/systems/grisha.json
- [Groza R-934UM2](https://www.defensepedia.com/systems/groza-r-934um2.html): The R-934UM2 Groza is a jamming stations is part of electronic warfare system developed by “KB Radar”. JSON: https://www.defensepedia.com/data/systems/groza-r-934um2.json
- [GT-01 Murmansk-BN](https://www.defensepedia.com/systems/gt-01-murmansk-bn.html): The GT-01 Murmansk-BN Russian Long-Range Communications Jamming System is a mobile, strategic communications jamming and signals intelligence (SIGINT) complex. It operates in the short‑wave HF band and is intended to disrupt command‑and‑control links of NATO and other adversary forces. JSON: https://www.defensepedia.com/data/systems/gt-01-murmansk-bn.json
- [Gwanggaeto the Great Class (KDX-I Class)](https://www.defensepedia.com/systems/gwanggaeto-the-great.html): The Gwanggaeto the Great-class destroyers, often called KDX-I, are destroyers but are classified by some as frigates, operated by the Republic of Korea Navy. It was the first phase of ROKN's KDX program, in moving the ROK Navy from a coastal defense force to a blue-water navy. JSON: https://www.defensepedia.com/data/systems/gwanggaeto-the-great.json
- [H-5 (Hongzhaji-5)](https://www.defensepedia.com/systems/h-5.html): H-5 Light Bomber The reports of the demise of the H-5 seem somewhat exaggerated. It was asserted without citation in 1995 that the H-5 had been withdrawn from service, but the continued presence of the H-5 in the PLAAF inventory is widely attested by subsequent sources. JSON: https://www.defensepedia.com/data/systems/h-5.json
- [H-6](https://www.defensepedia.com/systems/h-6.html): The Xian H-6 (Hōng-6) is a license-built version of the Soviet Tupolev Tu-16 twin-engine jet bomber, built for China's People's Liberation Army Air Force (PLAAF). JSON: https://www.defensepedia.com/data/systems/h-6.json
- [H-92 Superhawk](https://www.defensepedia.com/systems/h-92-superhawk.html): The H-92 Superhawk is a military version of the S-92 in the utility transport role, capable of carrying 22 troops. The H-92 can also be configured for specific missions, including search and rescue and executive transportation. JSON: https://www.defensepedia.com/data/systems/h-92-superhawk.json
- [H3 Pro](https://www.defensepedia.com/systems/h3-pro.html): The H3 Pro Chinese Tactical Drone Detection System is powered by CRPC 2.0 technology, utilizing a deep data chain decoding solution. By analyzing specific data formats, it extracts real-time flight attributes to detect, identify, and locate unauthorized drones with high precision. JSON: https://www.defensepedia.com/data/systems/h3-pro.json
- [Hadid HM20](https://www.defensepedia.com/systems/hadid-hm20.html): The 122mm HADID rocket launcher system is a 40-round launcher assembly system mounted on the rear of a Mercedes-Benz 2624 (6 × 6) truck chassis. These chassis are also used for the Fadjr 333mm (4-round) and Fadjr 240mm (12-round) artillery rocket systems that are covered in a separate entry. JSON: https://www.defensepedia.com/data/systems/hadid-hm20.json
- [Hanchon Class](https://www.defensepedia.com/systems/hanchon.html): Little is confirmed about these utility landing craft except that they have a bow ramp, two machine guns, and are believed capable of carrying two tanks or up to 200 troops for a short distances. Characteristics are estimated. JSON: https://www.defensepedia.com/data/systems/hanchon.json
- [Hantae Class](https://www.defensepedia.com/systems/hantae.html): These landing craft were constructed during 1983-1984. Very little information has been confirmed on these craft. JSON: https://www.defensepedia.com/data/systems/hantae.json
- [Harbin Y-12 (Yunshuji-12)](https://www.defensepedia.com/systems/harbin-y-12.html): Harbin Y-12 or Yunshuji-12 is a twin-engine light multi-role aircraft designed and developed by Harbin Aircraft Manufacturing Corporation (HAMC) of China. It was derived from its predecessor the Harbin Y-11. JSON: https://www.defensepedia.com/data/systems/harbin-y-12.json
- [Haseb](https://www.defensepedia.com/systems/haseb.html): The Haseb Iranian 107mm Multiple Rocket Launcher (MRL) is an Iranian version of the Russian Type 63 The Type 63 multiple rocket launcher is a towed, 12-tube, 107mm rocket launcher produced by the People's Republic of China in the early 1960s and later exported and manufactured globally. JSON: https://www.defensepedia.com/data/systems/haseb.json
- [HC-245](https://www.defensepedia.com/systems/hc-245.html): The HC-245 Chinese Unmanned Aerial Vehicle (UAV) is marketed as a “large payload unmanned helicopter” with high power, compact size, and low fuel consumption, aimed at tasks that need both range and lift rather than small quadcopter-style drones. JSON: https://www.defensepedia.com/data/systems/hc-245.json
- [HC-260](https://www.defensepedia.com/systems/hc-260.html): The HC-260 Chinese Unmanned Aerial Vehicle (UAV) uses a traditional single‑rotor helicopter layout, with a main rotor driven by a fuel engine and a tail rotor driven directly by an electric motor. JSON: https://www.defensepedia.com/data/systems/hc-260.json
- [HH-60G Pave Hawk](https://www.defensepedia.com/systems/hh-60g-pave-hawk.html): The Sikorsky MH-60G/HH-60G Pave Hawk is a twin-turboshaft engine helicopter in service with the United States Air Force. It is a derivative of the UH-60 Black Hawk and incorporates the US Air Force PAVE electronic systems program. JSON: https://www.defensepedia.com/data/systems/hh-60g-pave-hawk.json
- [HJ1](https://www.defensepedia.com/systems/hj1.html): The HJ1 Chinese Drone Jamming System is a portable drone defense product featuring a man-machine effective portable design. It can effectively jam a drone’s graphic transmission, remote control, and navigation signals. JSON: https://www.defensepedia.com/data/systems/hj1.json
- [Hobart Class](https://www.defensepedia.com/systems/hobart.html): The Hobart class is a ship class of three air warfare destroyers (AWDs) being built for the Royal Australian Navy (RAN). JSON: https://www.defensepedia.com/data/systems/hobart.json
- [HQ-11](https://www.defensepedia.com/systems/hq-11.html): The HQ-11 Chinese 8x8 Short-Range Surface-to-Air Missile System is designed as a “universal terminal defense system” to protect fixed sites (bases, command posts, critical infrastructure) and moving high‑value assets (convoys, field HQs) from modern air and missile threats. JSON: https://www.defensepedia.com/data/systems/hq-11.json
- [HQ-12 (KS-1)](https://www.defensepedia.com/systems/hq-12.html): The HQ-12 (KS-1) Chinese Medium-Range Air Defense Missile System is designed to engage enemy aircraft and helicopters at all altitudes of their combat application, day and night in any weather conditions. JSON: https://www.defensepedia.com/data/systems/hq-12.json
- [HQ-13](https://www.defensepedia.com/systems/hq-13.html): The HQ-13 Chinese Short-Range Air Defense System is built on a 6x6 Dongfeng Mengshi chassis and features two pods, each containing four ready-to-fire missiles. The HQ-13 missile is designed as a cost-effective alternative to the Hongqi-10 family of missiles. JSON: https://www.defensepedia.com/data/systems/hq-13.json
- [HQ-16 (SA-16)](https://www.defensepedia.com/systems/hq-16.html): The HQ-16 (SA-16) Chinese 6x6 Medium-Range Surface-to-Air Missile System is a Chinese-made, medium-range, surface-to-air missile system that was introduced in the Chinese armed forces in September 2011. The HQ-16 is produced by China Aerospace Science and Technology Corp (CASC). JSON: https://www.defensepedia.com/data/systems/hq-16.json
- [HQ-17 (SA-15A)](https://www.defensepedia.com/systems/hq-17.html): The HQ-17 (SA-15A) Chinese Short-Range Air Defense Missile System is a multiplatform ‘system of systems', using a range of launchers, sensors, and supporting assets to operate. JSON: https://www.defensepedia.com/data/systems/hq-17.json
- [HQ-17A (SA-15B)](https://www.defensepedia.com/systems/hq-17a.html): The HQ-17A (SA-15B) Chinese Short-Range Air Defense Missile System is a new short-range air defense system in China's arsenal. It evolved from the HQ-17 (China's copy of the Russian Tor). JSON: https://www.defensepedia.com/data/systems/hq-17a.json
- [HQ-22 (SA-20)](https://www.defensepedia.com/systems/hq-22.html): The HQ-22 (SA-20) Chinese Long-Range Air Defense Missile System, also known as FK-3, is a long-range air defense system developed by China to engage a wide range of aerial targets at ranges of up to 170 kilometers. JSON: https://www.defensepedia.com/data/systems/hq-22.json
- [HQ-6D](https://www.defensepedia.com/systems/hq-6d.html): The HQ-6D is the latest development of the family, and it is basically an HQ-64 system with an addition of a command vehicle. JSON: https://www.defensepedia.com/data/systems/hq-6d.json
- [HQ-7 (FM-80)](https://www.defensepedia.com/systems/hq-7.html): The HQ-7 SAM is used by PLA and PLAAF for short-range air-defense. At some PLAAF bases, the HQ-7 is deployed in hardened shelters. JSON: https://www.defensepedia.com/data/systems/hq-7.json
- [HQ-7B (FM-90)](https://www.defensepedia.com/systems/hq-7b.html): The original HongQi 7 (HQ-7) short-range air defense missile system has been developed in China in the 1980s. It was a copy of the French Crotale. JSON: https://www.defensepedia.com/data/systems/hq-7b.json
- [HQ-9](https://www.defensepedia.com/systems/hq-9.html): Chinese long-range, track-via-missile surface-to-air missile system on 8x8 and 10x10 trucks, filling a role similar to the S-300PMU. The FT-2000 is a related anti-radiation export variant. JSON: https://www.defensepedia.com/data/systems/hq-9.json
- [HT-233](https://www.defensepedia.com/systems/ht-233.html): Designated as HT-233, this radar is the most advanced FCRs HQ-9 could employ, and it has greater similarities to the MIM-104 Patriot's MPQ-53 than the S-300's 30N6 (Flap-Lid) series, working in the NATO G-band (4–6 GHz) also as a search and targeting radar. JSON: https://www.defensepedia.com/data/systems/ht-233.json
- [Hurricane-3000](https://www.defensepedia.com/systems/hurricane-3000.html): The Hurricane-3000 Chinese High-Power Microwave Weapon System is NORINCO’s response to this evolving challenge. The system leverages high-power microwave energy to disable or destroy drones by targeting their electronic components, rendering them inoperable. JSON: https://www.defensepedia.com/data/systems/hurricane-3000.json
- [Hwasong-10 (Musudan)](https://www.defensepedia.com/systems/hwasong-10.html): The Hwasong-10), also known by the names BM-25 and Musudan (Korean: 무수단; Hanja: 舞水端), is a mobile intermediate-range ballistic missile developed by North Korea. JSON: https://www.defensepedia.com/data/systems/hwasong-10.json
- [Hwasong-17](https://www.defensepedia.com/systems/hwasong-17.html): The Hwasong-17 North Korean Intercontinental Ballistic Missile (ICBM) is the largest missile yet developed by nuclear-armed North Korea, and it is the world's largest road-mobile, liquid-fueled ICBM. JSON: https://www.defensepedia.com/data/systems/hwasong-17.json
- [Hwasong-18](https://www.defensepedia.com/systems/hwasong-18.html): Three-stage, solid-propellant, road-mobile ICBM, first tested on 13 April 2023. JSON: https://www.defensepedia.com/data/systems/hwasong-18.json
- [Hwasong-19](https://www.defensepedia.com/systems/hwasong-19.html): The Hwasong-19 North Korean Intercontinental Ballistic Missile (ICBM) is North Korea’s newest solid‑fuel intercontinental ballistic missile and currently the largest known road‑mobile ICBM in the world, designed to complement and surpass the earlier Hwasong‑18. JSON: https://www.defensepedia.com/data/systems/hwasong-19.json
- [HY-1A (SSC-2 Silkworm)](https://www.defensepedia.com/systems/hy-1a.html): The HY-1A (SSC-2 Silkworm) Chinese Short-Range Anti-Ship Cruise Missile received two separate NATO reporting names, the CH-SSc-N-2 Safflower for the ship-to-ship version and the CH-SSC-2 Silkworm for the land-based coastal defense variant. The HY-1J was intended for use on the Type 051 destroyers. JSON: https://www.defensepedia.com/data/systems/hy-1a.json
- [HY-1J A (CSS-N-2 Safflower)](https://www.defensepedia.com/systems/hy-1j-a.html): The HY-1 received two separate NATO reporting name, the CSS-N-2 Safflower for the ship to ship version and the CSSC-2 Silkworm for the land based coastal defense variant. The HY-1J was intended for use on the Type 051 destroyers. JSON: https://www.defensepedia.com/data/systems/hy-1j-a.json
- [HY-2 (SSC-3) Seersucker](https://www.defensepedia.com/systems/hy-2-seersucker.html): The HY-2 (SSC-3) Seersucker Chinese Short-Range Anti-Ship Cruise Missile is identical to the HY-1 but with a further stretched body. The missile features a round nose accommodating the radar seeker, a pair of mid-mounted delta wings on the middle section of the missile body, and three tail control surfaces. JSON: https://www.defensepedia.com/data/systems/hy-2-seersucker.json
- [HY-3 (CSS-C-6 Sawhorse)](https://www.defensepedia.com/systems/hy-3.html): The HaiYing-3 (HY-3, also known as C-301 in its export name; NATO codename: CSS-C-6 Sawhorse) is the active radar homing, ramjet-powered supersonic land-to-ship missile developed by China Haiying Electro-Mechanical Technology Academy (CHETA, also known as 3rd Space Academy). JSON: https://www.defensepedia.com/data/systems/hy-3.json
- [HY-4 (SSC-7 Sadsack)](https://www.defensepedia.com/systems/hy-4.html): The HY-4 (SSC-7 Sadsack) Chinese Short-Range Anti-Ship Cruise Missile development of the C-201 is a mid-range ground-, air-, and ship-launched cruise missile. JSON: https://www.defensepedia.com/data/systems/hy-4.json
- [HZ-5](https://www.defensepedia.com/systems/hz-5.html): HZ-5 This was a photographic reconnaissance aircraft retrofitted from a H-5 prototype aircraft. Its design was started in December 1970 and was certificated in 1977. JSON: https://www.defensepedia.com/data/systems/hz-5.json
- [II-28 (Beagle)](https://www.defensepedia.com/systems/ii-28.html): The Ilyushin Il-28 (Russian: Илью́шин Ил-28; NATO reporting name: Beagle) is a jet bomber of the immediate postwar period that was originally manufactured for the Soviet Air Forces. It was the Soviet Union's first such aircraft to enter large-scale production. JSON: https://www.defensepedia.com/data/systems/ii-28.json
- [II-38 (May)](https://www.defensepedia.com/systems/ii-38.html): II-38 (May) Russian Anti-Submarine Warfare (ASW) Aircraft is a maritime patrol aircraft and anti-submarine warfare aircraft designed in the Soviet Union. It was a development of the Ilyushin Il-18 turboprop transport. JSON: https://www.defensepedia.com/data/systems/ii-38.json
- [II-76MD (Candid-B)](https://www.defensepedia.com/systems/ii-76md.html): Il-76MD Candid-B This is the military version of the Il-76TD. The additional D designation stands for dal'niy, or long-range. It is covered in the main entry, above. JSON: https://www.defensepedia.com/data/systems/ii-76md.json
- [Indian nuclear forces](https://www.defensepedia.com/systems/india-nuclear.html): Estimated warhead inventory of 190 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/india-nuclear.json
- [Integrated Electronic Warfare System](https://www.defensepedia.com/systems/integrated-electronic-warfare-system.html): The Integrated Electronic Warfare System, also known as the Chinese Mobile Electronic Warfare System, made its appearance at the end of 2022 in the Algerian arsenal, promising to revitalize electronic warfare. JSON: https://www.defensepedia.com/data/systems/integrated-electronic-warfare-system.json
- [IRM Zhuk](https://www.defensepedia.com/systems/irm-zhuk.html): The IRM Zhuk Russian Engineer Reconnaissance Vehicle conducts reconnaissance of routes, fords, water barriers (velocity, depth, underwater obstacles, and bottom profile and density), ice, mapping, and overall terrain trafficability. Its chassis employs components of the BMP-1 IFV. JSON: https://www.defensepedia.com/data/systems/irm-zhuk.json
- [Israeli nuclear forces](https://www.defensepedia.com/systems/israel-nuclear.html): Estimated warhead inventory of 90 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/israel-nuclear.json
- [Ivan Green Class (Project 11711 Class)](https://www.defensepedia.com/systems/ivan-green.html): The Ivan Gren class, Russian designation Project 11711, is a class of landing ships that is being built for the Russian Navy. The class was to be composed of two vessels, Ivan Gren and Pyotr Morgunov, but later it was announced that the Russian Navy intends to acquire several more vessels of a modified design. JSON: https://www.defensepedia.com/data/systems/ivan-green.json
- [Izdeliye-30](https://www.defensepedia.com/systems/izdeliye-30.html): The Izdeliye-30 Russian Long-Range Cruise Missile is a new Russian long‑range, air‑launched cruise missile recently identified and technically characterized by Ukrainian military intelligence. JSON: https://www.defensepedia.com/data/systems/izdeliye-30.json
- [J-10A (Firebird)](https://www.defensepedia.com/systems/j-10a.html): The Chengdu J-10, known by its NATO reporting name "Firebird" and also referred to as "Vigorous Dragon," is a single-engine, lightweight multirole fighter aircraft designed for all-weather operations. JSON: https://www.defensepedia.com/data/systems/j-10a.json
- [J-11 (Flanker-L)](https://www.defensepedia.com/systems/j-11.html): The J-11 was finally born in 1998 as a Chinese version of the Soviet-designed Sukhoi Su-27SK air superiority fighter after China secured a $US2.5 billion production agreement which licensed China to build 200 Su-27SK aircraft using Russian-supplied kits. JSON: https://www.defensepedia.com/data/systems/j-11.json
- [J-11B (Flanker-L)](https://www.defensepedia.com/systems/j-11b.html): J-11B – Indigenously-produced version using Chinese technology, and the first J-11 variant to use the WS-10A turbofan. The airframe is slightly lighter due to greater use of composites. JSON: https://www.defensepedia.com/data/systems/j-11b.json
- [J-11BS (Flanker-L)](https://www.defensepedia.com/systems/j-11bs.html): J-11BS – A twin-seat version of the J-11B. In 2012, the number of J-11B and J-11BS in service was over 120. The Shenyang J-11 (Chinese: 歼-11), with NATO reporting name Flanker-L, is a twin-engine jet fighter, whose airframe is based on the Soviet-designed Sukhoi Su-27 air superiority fighter. JSON: https://www.defensepedia.com/data/systems/j-11bs.json
- [J-15 (Flanker-X2)](https://www.defensepedia.com/systems/j-15.html): The Shenyang J-15, NATO reporting name: Flanker-X2, also known as Flying Shark, is a 4th generation, twin-jet, all-weather, carrier-based fighter aircraft in development by the Shenyang Aircraft Corporation and the 601 Institute for the Chinese People's Liberation Army Navy's aircraft carriers. JSON: https://www.defensepedia.com/data/systems/j-15.json
- [J-16](https://www.defensepedia.com/systems/j-16.html): The J-16 is a twin-engine, twin-seat multi-role fighter jet that is also capable of air-to-air combat. JSON: https://www.defensepedia.com/data/systems/j-16.json
- [J-16D](https://www.defensepedia.com/systems/j-16d.html): The J-16D Chinese Electronic Warfare Aircraft represents a significant advancement in electronic warfare technology, reflecting China’s increasing expertise in military aviation and electromagnetic operations. JSON: https://www.defensepedia.com/data/systems/j-16d.json
- [J-20](https://www.defensepedia.com/systems/j-20.html): The J-20 (FAGIN) Chinese Stealth Air Superiority Fighter is China’s first operational fifth‑generation stealth fighter, built for long‑range air superiority and central to the PLAAF’s high‑end combat power. JSON: https://www.defensepedia.com/data/systems/j-20.json
- [J-20S](https://www.defensepedia.com/systems/j-20s.html): The J-20S Chinese Stealth Air Superiority Fighter is a two-seat, tandem-cockpit version of the J-20 “Mighty Dragon” and is the world’s first twin-seat fifth-generation stealth fighter designed for combat rather than training. JSON: https://www.defensepedia.com/data/systems/j-20s.json
- [J-35A](https://www.defensepedia.com/systems/j-35a.html): The J-35A Chinese Multirole Stealth Fighter is a single-seat, twin-engine light fighter aircraft with multirole capability, high maneuverability, and a large combat radius. The aircraft was first displayed to the public during the Zhuhai Airshow, as an aircraft designed for the PLAAF. JSON: https://www.defensepedia.com/data/systems/j-35a.json
- [J-6 (Farmer)](https://www.defensepedia.com/systems/j-6.html): The J-6 (Farmer) Chinese Fighter Aircraft is the Chinese-built version of the Soviet MiG-19 'Farmer' fighter aircraft, the world's first mass-produced supersonic aircraft. JSON: https://www.defensepedia.com/data/systems/j-6.json
- [J-7 (Fishcan)](https://www.defensepedia.com/systems/j-7.html): The Chengdu J-7 (NATO reporting name: Fishcan) is a People's Republic of China license-built version of the Soviet Mikoyan-Gurevich MiG-21. Though production ceased in 2013, it continues to serve, mostly as an interceptor, in several air forces, including the People's Liberation Army Air Force. JSON: https://www.defensepedia.com/data/systems/j-7.json
- [J-7B/J-7II (Fishcan)](https://www.defensepedia.com/systems/j-7b-j-7ii.html): J-7B: Renamed J-7II. In Jun 1991, PLAAF discovered heat isolation pads in the pressure accumulator compartment in the rear section of the fuselage of J-7IIs were burnt or melted due to high temperature, so all J-7IIs were grounded. JSON: https://www.defensepedia.com/data/systems/j-7b-j-7ii.json
- [J-7C/J-7III (Fishcan)](https://www.defensepedia.com/systems/j-7c-j-7iii.html): J-7C: renamed production version of J-7III powered by WP-13F. Equipped with Type 481 data link, which enables the ground-controlled interception centers to feed directions directly to the autopilots of the aircraft to fly "hands off" to the interception, and Type 481 data link was later included as standard equipment of all later models… JSON: https://www.defensepedia.com/data/systems/j-7c-j-7iii.json
- [J-7E (Fishcan)](https://www.defensepedia.com/systems/j-7e.html): J-7E series is a series of day time fighter of J-7 that utilizing double delta wing which greatly improved maneuverability. It was decided that in order to maintain good maneuverability, the series would not be equipped with fire control radar and medium range AAMs. JSON: https://www.defensepedia.com/data/systems/j-7e.json
- [J-7G (Fishcan)](https://www.defensepedia.com/systems/j-7g.html): J/F-7G series is the further development of earlier J-7E series. Contrary to many frequent but erroneous claims, the fire control radar is not the Chinese development of EL/M-2001B radar, because EL/M-2001B is a pulse Doppler ranging only radar. JSON: https://www.defensepedia.com/data/systems/j-7g.json
- [J-8F](https://www.defensepedia.com/systems/j-8f.html): The J-8F Chinese Interceptor Fighter Aircraft is a model of the J-8II Series. This variant features the Type 1492 X-band fire-control radar, glass cockpit and more powerful WP-13BII engines. JSON: https://www.defensepedia.com/data/systems/j-8f.json
- [JF-17 Thunder](https://www.defensepedia.com/systems/jf-17-thunder.html): The JF-17 Thunder Pakistani Multirole Combat is a lightweight, single-engine, multi-role combat aircraft developed jointly by the Pakistan Aeronautical Complex (PAC) and the Chengdu Aircraft Corporation (CAC) of China. It was designed to replace the A-5C, F-7P/PG, Mirage III, and Mirage V combat aircraft in the Pakistan Air Force. JSON: https://www.defensepedia.com/data/systems/jf-17-thunder.json
- [JH-7 (Flounder)](https://www.defensepedia.com/systems/jh-7.html): The Xi'an JH-7 (NATO reporting name Flounder), also known as the FBC-1 (Fighter/Bomber China-1) Flying Leopard, is a tandem two-seat, twin-engine fighter-bomber in service with the People's Liberation Army Naval Air Force (PLANAF), and the People's Liberation Army Air Force (PLAAF). JSON: https://www.defensepedia.com/data/systems/jh-7.json
- [JH-7A (Flounder)](https://www.defensepedia.com/systems/jh-7a.html): When the PLA examined the future role of air forces, it identified a need for precision air-to-surface capability. An improved JH-7, the JH-7A, was designed to meet this requirement. JSON: https://www.defensepedia.com/data/systems/jh-7a.json
- [Jiutian (SS-UAV)](https://www.defensepedia.com/systems/jiutian.html): The Jiutian (SS-UAV) Chinese Unmanned Aerial Vehicle (UAV) is a massive drone mothership capable of unleashing swarms of smaller UAVs for both intelligence gathering and strike missions. JSON: https://www.defensepedia.com/data/systems/jiutian.json
- [JL-2 (Ju Lang-2/CSS-N-14)](https://www.defensepedia.com/systems/jl-2.html): The JL-2 (Ju Lang-2/CSS-N-14) Chinese Intercontinental Ballistic Missile (ICBM) is a Chinese intercontinental-range submarine-launched ballistic missile. China likely developed the SLBM jointly with the DF-31 land-based ICBM beginning in 1970. JSON: https://www.defensepedia.com/data/systems/jl-2.json
- [JL-3](https://www.defensepedia.com/systems/jl-3.html): The JL-3 Chinese Submarine-Launched Ballistic Missile (SLBM) represents a significant advancement in the nuclear deterrence capabilities of the People's Liberation Army Navy. JSON: https://www.defensepedia.com/data/systems/jl-3.json
- [JL-9](https://www.defensepedia.com/systems/jl-9-2.html): JianLian-9 (JL-9) is an advance trainer or light attack aircraft designed and manufactured by the Guizhou Aircraft Industry Corporation (GAIC) of China. The aircraft was designed for the People’s Liberation Army Air Force (PLAAF) and the People’s Liberation Army Naval Air Force (PLANAF). JSON: https://www.defensepedia.com/data/systems/jl-9-2.json
- [JL-9 (FTC-2000 Mountain Eagle)](https://www.defensepedia.com/systems/jl-9.html): The Guizhou JL-9, also known as the FTC-2000 Mountain Eagle, is a two-seat supersonic fighter-trainer developed by the Guizhou Aviation Industry Import/Export Company (GAIEC) for the People's Liberation Army Air Force (PLAAF) and the People's Liberation Army Naval Air Force (PLANAF). JSON: https://www.defensepedia.com/data/systems/jl-9.json
- [JN-1101](https://www.defensepedia.com/systems/jn-1101.html): The JN-1101 Chinese Mobile Anti-Drone System is a vehicle-mounted comprehensive anti-unmanned aerial vehicle (anti-UAV) or anti-drone system designed to detect, track, and defeat small and medium unmanned aerial systems using electronic warfare techniques rather than kinetic weapons. JSON: https://www.defensepedia.com/data/systems/jn-1101.json
- [JN-1105A](https://www.defensepedia.com/systems/jn-1105a.html): The Chinese JN-1105A is a mobile electronic warfare system designed for searching, detection, direction-finding, and jamming of HF/VHF/UHF radio frequencies. The prime contractor is China National Electronics Import and Export. JSON: https://www.defensepedia.com/data/systems/jn-1105a.json
- [JN-1601](https://www.defensepedia.com/systems/jn-1601.html): The Chinese JN-1601 is a high frequency (HF) communications jammer designed for searching, detection, direction-finding, and jamming of HF radio frequencies. The jammer is produced by China National Electronics Import and Export Corporation (CEIEC). JSON: https://www.defensepedia.com/data/systems/jn-1601.json
- [JY-11](https://www.defensepedia.com/systems/jy-11.html): The JY-11 Chinese 3D Air-Surveillance Radar is an S-band (NATO E-/F-band) (2–4 GHz) 3D volume air-surveillance radar family that can operate as a standalone sensor or as part of an integrated air-defence network. JSON: https://www.defensepedia.com/data/systems/jy-11.json
- [JY-14 (LLQ302)](https://www.defensepedia.com/systems/jy-14.html): The JY-14 (domestic designation: LLQ302, formerly known as:384) is a medium to long range air defense radar produced and used by the People's Republic of China. It is capable of detecting multiple targets within its range and determine their parameters, tracking them even through surface clutter and ECM jamming. JSON: https://www.defensepedia.com/data/systems/jy-14.json
- [JY-17A](https://www.defensepedia.com/systems/jy-17a.html): The Chinese JY-17A is a medium-range ground surveillance radar (GSR) that is designed to detect, identify, and locate moving ground targets (including low flying aircraft such as helicopters) at any time of the day regardless of the season, and also in conditions of low visibility (fog, rain, snow, dust, or smoke). JSON: https://www.defensepedia.com/data/systems/jy-17a.json
- [JY-9 Wall Eye](https://www.defensepedia.com/systems/jy-9-wall-eye.html): The JY-9 Radar is a mobile S-band, low-altitude search radar designed for use in air defense, gap filling, airport surveillance, and coastal defense. It is designed for effective detection of targets at low altitude in both ECM and natural clutter environments. JSON: https://www.defensepedia.com/data/systems/jy-9-wall-eye.json
- [JZ-6](https://www.defensepedia.com/systems/jz-6.html): Shenyang JZ-6 – (Jianjiji Zhenchaji – reconnaissance fighter) Dedicated reconnaissance version with fuselage camera pack replacing cannon. As of April 2006, it was reported that the PLAAF 3rd Recon Regiment, 26 Air Division based in Nanjing MR, is the last regiment to actively fly the JZ-6 refusing to convert to JZ-8F. JSON: https://www.defensepedia.com/data/systems/jz-6.json
- [JZ-8 (J-8R)](https://www.defensepedia.com/systems/jz-8.html): JZ-8 (J-8R) Reconnaissance version of J-8 or J-8I. The Shenyang J-8 (Chinese: 歼-8; NATO reporting name: Finback) is a high-speed, high-altitude Chinese-built single-seat interceptor fighter aircraft. JSON: https://www.defensepedia.com/data/systems/jz-8.json
- [JZ-8F (Finback-B)](https://www.defensepedia.com/systems/jz-8f.html): JZ-8F A reconnaissance version of the J-8F with internal camera in the forward fuselage replacing the cannon. The Shenyang J-8 (Chinese: 歼-8; NATO reporting name: Finback) is a high-speed, high-altitude Chinese-built single-seat interceptor fighter aircraft. JSON: https://www.defensepedia.com/data/systems/jz-8f.json
- [K-16 Bumerang](https://www.defensepedia.com/systems/k-16-bumerang.html): In the early 1990s, the BTR-90 was developed as a replacement for the BTR-80 in the Russian Army. While it was a moderate improvement in armament, protection, mobility, and internal space over its predecessor, it all came at the cost of greatly increased unit price. JSON: https://www.defensepedia.com/data/systems/k-16-bumerang.json
- [K-17 Bumerang](https://www.defensepedia.com/systems/k-17-bumerang.html): In the early 1990s, the BTR-90 was developed as a replacement for the BTR-80 in the Russian Army. While it was a moderate improvement in armament, protection, mobility, and internal space over its predecessor, it all came at the cost of greatly increased unit price. JSON: https://www.defensepedia.com/data/systems/k-17-bumerang.json
- [K-200 KIFV](https://www.defensepedia.com/systems/k-200-kifv.html): The K-200 KIFV (Korea Infantry Fighting Vehicle) is a South Korean armored personnel carrier, originally produced by Daewoo Heavy Industries as a domestic replacement for older armored personnel carriers, such as the M113, in front line service with the Republic of Korea Armed Forces at the time of the K-200's development. JSON: https://www.defensepedia.com/data/systems/k-200-kifv.json
- [K-239 Chunmoo](https://www.defensepedia.com/systems/k-239-chunmoo.html): The K239 Chunmoo, also called the K-MLRS (Korean Multiple Launch Rocket System), is a South Korean rocket artillery system. The K239 is a self-propelled multiple rocket launcher (MRL) capable of firing several different guided or unguided artillery rockets. JSON: https://www.defensepedia.com/data/systems/k-239-chunmoo.json
- [K-300P Bastion-P (SS-C-5 Stooge)](https://www.defensepedia.com/systems/k-300p-bastion-p.html): The K-300P Bastion-P (SS-C-5 Stooge) Russian Coastal Defense Missile System primary role is to engage various surface ships. It can also engage carrier battle groups, convoys or landing craft. JSON: https://www.defensepedia.com/data/systems/k-300p-bastion-p.json
- [K-329 Belgorod Class (Project 09852 Class )](https://www.defensepedia.com/systems/k-329-belgorod.html): The K-329 Belgorod Class (Project 09852 Class ) Russian Nuclear Submarine is a modified design of the Oscar II class (NATO designation) Russian nuclear submarine. The Belgorod will reportedly be the first submarine to utilize the Status-6 Oceanic Multipurpose System. JSON: https://www.defensepedia.com/data/systems/k-329-belgorod.json
- [K1](https://www.defensepedia.com/systems/k1.html): The K1 is a South Korean main battle tank in use with the Republic of Korea Armed Forces, developed by Hyundai Precision (later Hyundai Rotem). JSON: https://www.defensepedia.com/data/systems/k1.json
- [K136 Kooryong](https://www.defensepedia.com/systems/k136-kooryong.html): The K136 Kooryong is a South Korean rocket artillery system that was deployed in 1986. The multiple rocket launcher has 36 tubes and fires 130mm(K30, 기본형), 131mm(K33, 개량형) rockets. JSON: https://www.defensepedia.com/data/systems/k136-kooryong.json
- [K1A1](https://www.defensepedia.com/systems/k1a1.html): The K1A1, an upgraded version of the K1 MBT, was accepted into Korean service on 13 October 2001, after the first one was produced on 3 April 1996. The KM68 main gun has been replaced with the KM256 120 mm main gun (a licensed production model of the U.S. JSON: https://www.defensepedia.com/data/systems/k1a1.json
- [K21](https://www.defensepedia.com/systems/k21.html): The K21 is a South Korean infantry fighting vehicle. A replacement for the K200-series, it was formerly designated as K300 or XK21 KNIFV (Korea Next-generation Infantry Fighting Vehicle). JSON: https://www.defensepedia.com/data/systems/k21.json
- [K21-105](https://www.defensepedia.com/systems/k21-105.html): The K21-105 is a new light tank. It was jointly developed by CMI Defense of Belgium and Doosan DST of South Korea. JSON: https://www.defensepedia.com/data/systems/k21-105.json
- [K9 Thunder](https://www.defensepedia.com/systems/k9-thunder.html): The can fire its first round within 30 seconds from the moment it first receives firing information from the Fire Direction Center (FDC) while in emplaced situation. While moving, it can fire after 60 seconds. JSON: https://www.defensepedia.com/data/systems/k9-thunder.json
- [Ka-27 (Helix)](https://www.defensepedia.com/systems/ka-27.html): Ka-27 (Helix) Russian Anti-Submarine Helicopter is an improved version of the Ka-25. The fuselage was redesigned to give a large increase in cabin room, with only a small increase in external dimensions. JSON: https://www.defensepedia.com/data/systems/ka-27.json
- [Ka-27PS (Helix-D)](https://www.defensepedia.com/systems/ka-27ps.html): KA-27 Helix A Ka-27, Kamov 'Helix-A is an improved version of the Ka-25. The fuselage was redesigned to give a large increase in cabin room, with only a small increasse in external dimensions. JSON: https://www.defensepedia.com/data/systems/ka-27ps.json
- [Ka-28 (Helix)](https://www.defensepedia.com/systems/ka-28.html): KA-28 The Ka-28 helicopter is an export version of the Ka-27 anti-sub and rescue helicopter of the Russian Navy. Aircraft of the type were mass-produced in Kumertau, with a total of 267 built. JSON: https://www.defensepedia.com/data/systems/ka-28.json
- [Ka-31 (Helix)](https://www.defensepedia.com/systems/ka-31.html): The Kamov Ka-31 (NATO reporting name 'Helix') is a military helicopter originally developed for the Soviet Navy and currently in service in Russia, China, and India in the naval airborne early warning and control role. As with all Kamov helicopters except the Ka-60/-62 family, the Ka-31 has co-axially mounted contra-rotating main rotors. JSON: https://www.defensepedia.com/data/systems/ka-31.json
- [Ka-50 Black Shark (Hokum A)](https://www.defensepedia.com/systems/ka-50-black-shark.html): The Ka-50, also nicknamed the Chernaya Akula (Black Shark) was a Soviet attack helicopter. Its NATO reporting name was Hokum. JSON: https://www.defensepedia.com/data/systems/ka-50-black-shark.json
- [Ka-52 Alligator](https://www.defensepedia.com/systems/ka-52.html): The Kamov Ka-52 "Alligator" (Hokum-B) is an upgraded form of the original Ka-50 "Hokum" attack helicopter line. While the Ka-50 utilized a single-seat cockpit, the most notable difference in the new mark is the twin-seat, side-by-side cockpit. JSON: https://www.defensepedia.com/data/systems/ka-52.json
- [Kaliningradneft-Class (Project REF-675 Class)](https://www.defensepedia.com/systems/kaliningradneft.html): The Kaliningradneft-Class (Project REF-675 Class) Russian Medium Seagoing Tankers were originally built for the Ministry of Fisheries. They were originally intended for support of the Soviet fishing fleet but were taken over by the navy shortly after completion. JSON: https://www.defensepedia.com/data/systems/kaliningradneft.json
- [KamAZ-53949 Typhoon-K](https://www.defensepedia.com/systems/kamaz-53949-typhoon-k.html): The Kamaz-53949 Typhoon-K is a 4×4 mine-protected armored vehicle manufactured by Remdiesel, a subsidiary of KAMAZ, to meet the requirements of armed forces and special units worldwide. The vehicle was recently displayed at the International Military-Technical Forum ARMY-2017 held in Moscow, Russia, in August. JSON: https://www.defensepedia.com/data/systems/kamaz-53949-typhoon-k.json
- [Karakurt (Project 22800)](https://www.defensepedia.com/systems/karakurt.html): The Karakurt Class (Project 22800 Class) Russian Corvette is a new class of Russian corvettes (small missile ships in Russian classification) that have been entering service with the Russian Navy since 2018. JSON: https://www.defensepedia.com/data/systems/karakurt.json
- [Karrar](https://www.defensepedia.com/systems/karrar.html): The Karrar (striker) is a new Iranian main battle tank. It is a significantly upgraded version of the Iranian T-72S tank. JSON: https://www.defensepedia.com/data/systems/karrar.json
- [Kasta 2E1](https://www.defensepedia.com/systems/kasta-2e1.html): The Kasta 2E1 system uses two antennas and consists of two vehicles: one truck carries the antenna and its peripheral equipment another truck operates as a command post vehicle and on a trailer unit, the external power supply is installed The Kasta 2E1 and 2E2 are the latest incarnations of the well-established Flat Face and Squat Eye… JSON: https://www.defensepedia.com/data/systems/kasta-2e1.json
- [Kasta 2E2 (Squat Eye E)](https://www.defensepedia.com/systems/kasta-2e2.html): The Kasta-2E2 (Squat Eye E) Russian 3D surveillance radar is designed to conduct air surveillance, find range, azimuth, altitude, and track air targets like airplanes, helicopters, unmanned aerial vehicles, and cruise missiles, including low- and extremely low-level and stealthy air targets, in a heavy clutter environment. JSON: https://www.defensepedia.com/data/systems/kasta-2e2.json
- [KC-130J](https://www.defensepedia.com/systems/kc-130j.html): The KC-130Js assigned to U.S. Marine Corps units have more than 20,000 hours of flight in Iraq. The KC-130J is battle-tested and delivers capabilities that enables fleets around the world to keep flying. JSON: https://www.defensepedia.com/data/systems/kc-130j.json
- [KF-21 Boramae](https://www.defensepedia.com/systems/kf-21-boramae.html): The KF-21 Boramae South Korean Fighter Aircraft is South Korea’s new indigenous 4.5‑generation twin‑engine multirole fighter, developed mainly for the Republic of Korea Air Force (ROKAF) with Indonesian participation and now entering frontline service as of 2026. JSON: https://www.defensepedia.com/data/systems/kf-21-boramae.json
- [KF41 Lynx](https://www.defensepedia.com/systems/kf41-lynx.html): The Lynx KF41 infantry fighting vehicle features a distinctive design that incorporates a common drive module and a flexible mission kit configuration. JSON: https://www.defensepedia.com/data/systems/kf41-lynx.json
- [Kh-101 / Kh-102](https://www.defensepedia.com/systems/kh-101.html): The Kh-101 / Kh-102 Raduga is a new line of conventional and nuclear-capable air-launched cruise missiles (ALCM) developed and deployed by Russia. A stealthy missile, the Kh-101 / Kh-102 is designed to defeat air defense systems by flying low and hugging the terrain to avoid their radar systems. JSON: https://www.defensepedia.com/data/systems/kh-101.json
- [Kh-31A](https://www.defensepedia.com/systems/kh-31a.html): Kh-31A - active seeker head for use as an anti-ship missile against vessels up to destroyer size, range of 25 km–103 km (13.5–55.6 nmi). Missile is sea-skimming as it approaches the target. JSON: https://www.defensepedia.com/data/systems/kh-31a.json
- [KH-35](https://www.defensepedia.com/systems/kh-35.html): The Zvezda Kh-35 (Russian: Х-35 , AS-20 'Kayak') is a Soviet turbojet subsonic cruise anti-ship missile. JSON: https://www.defensepedia.com/data/systems/kh-35.json
- [Kh-35UE](https://www.defensepedia.com/systems/kh-35ue.html): The Kh-35UE Russian Short-Range Cruise Missile is a modern variant of the Kh-35E air-launched missile. It is in service with the Russian Navy, Indian Navy, and the Vietnamese People’s Navy. JSON: https://www.defensepedia.com/data/systems/kh-35ue.json
- [Kh-38 (Kh-38M)](https://www.defensepedia.com/systems/kh-38.html): The Kh-38/Kh-38M (Russian: Х-38) is a family of air-to-surface missiles meant to succeed the Kh-25 family of missiles. The basic configuration of the Kh-38M was revealed at the 2007 Moscow Air Show (MAKS). JSON: https://www.defensepedia.com/data/systems/kh-38.json
- [Kh-47M2 Kinzhal](https://www.defensepedia.com/systems/kh-47m2-kinzhal.html): Air-launched ballistic missile carried by modified MiG-31 aircraft, with nuclear or conventional payloads. JSON: https://www.defensepedia.com/data/systems/kh-47m2-kinzhal.json
- [Kh-55 (AS-15 Kent)](https://www.defensepedia.com/systems/kh-55.html): The Kh-55 (Russian: Х-55, also known as RKV-500; NATO reporting name: AS-15 'Kent') is a Soviet/Russian subsonic air-launched cruise missile, designed by MKB Raduga. It has a range of up to 2,500 km (1,350 nmi) and can carry nuclear warheads. JSON: https://www.defensepedia.com/data/systems/kh-55.json
- [Kh-61](https://www.defensepedia.com/systems/kh-61.html): Kh-61 - Air launched air to surface version of the P-800 The P-800 Oniks (Russian: П-800 Оникс; English: Onyx), also known in export markets as Yakhont (Russian: Яхонт; English: ruby), is a Soviet / Russian supersonic anti-ship cruise missile developed by NPO Mashinostroyeniya as a ramjet version of P-80 Zubr. JSON: https://www.defensepedia.com/data/systems/kh-61.json
- [Kh-69 (AS-22 Kazoo)](https://www.defensepedia.com/systems/kh-69.html): Kh-69 (AS-22 Kazoo) Russian Air-Launched Cruise Missile is a modern Russian subsonic, low‑observable, air‑launched land‑attack cruise missile derived from the Kh‑59MK2 family and optimized for internal carriage on the Su‑57, with a roughly 290 km class range and a 300 kg‑class warhead for precision strikes on fixed, hardened targets. JSON: https://www.defensepedia.com/data/systems/kh-69.json
- [Kheibar Shekan](https://www.defensepedia.com/systems/kheibar-shekan.html): Iranian third-generation solid-propellant medium-range ballistic missile operated by the IRGC Aerospace Force, unveiled in 2022. JSON: https://www.defensepedia.com/data/systems/kheibar-shekan.json
- [Khordad-3](https://www.defensepedia.com/systems/khordad-3.html): The Khordad-3 Iranian Medium-Range Surface-to-Air Missile (SAM) System is the most advanced version of the Ra'ad air defense system. It has the greatest reported range of any of the variants. JSON: https://www.defensepedia.com/data/systems/khordad-3.json
- [Khorramshahr-1](https://www.defensepedia.com/systems/khorramshahr-1.html): The Khorramshahr-1 Iranian Medium-Range Ballistic Missile was named after the city of Khorramshahr in Iran. JSON: https://www.defensepedia.com/data/systems/khorramshahr-1.json
- [Kilo (Project 877/636)](https://www.defensepedia.com/systems/kilo.html): The Kilo Class (Project 877 Paltus) Russian Diesel-Electric Attack Submarine is a class of diesel-electric attack submarines designed and built in the Soviet Union for the Soviet Navy. JSON: https://www.defensepedia.com/data/systems/kilo.json
- [Kimsuky](https://www.defensepedia.com/systems/kimsuky.html): DPRK-based cyber espionage group collecting on foreign policy and national security issues tied to the Korean Peninsula, nuclear policy and sanctions. Since 2023 it has used commercial large language models to support reconnaissance and social engineering. JSON: https://www.defensepedia.com/data/systems/kimsuky.json
- [KJ-200 (Moth)](https://www.defensepedia.com/systems/kj-200.html): The KJ-200 (NATO reporting name: Moth or Y-8 Balance Beam system, is an Airborne early warning and control (AEW&C) program developed by Shaanxi Aircraft Corporation. (KJ is from the first characters of the Pinyin spelling of (Kōng Jǐng), short for (Kōng Zhōng Yù Jǐng), which means Airborne Early Warning). JSON: https://www.defensepedia.com/data/systems/kj-200.json
- [KJ-2000 (Mainring)](https://www.defensepedia.com/systems/kj-2000.html): The KJ-2000, NATO reporting name: Mainring is a Chinese Airborne early warning and control system comprising domestically designed electronics and radars installed on a modified Ilyushin Il-76 airframe. The KJ-2000 development program started after the cancellation of the A-50I deal with Israel and Russia in July 2000, due to strong U.S. JSON: https://www.defensepedia.com/data/systems/kj-2000.json
- [KJ-3000](https://www.defensepedia.com/systems/kj-3000.html): The KJ-3000 Chinese Airborne Early Warning and Control (AEW&C) Aircraft is expected to operate as a strategic, theatre‑level AEW&C and C2 platform in PLAAF service, with missions including: Long‑range early warning of air and missile threats approaching Chinese airspace and key maritime approaches. JSON: https://www.defensepedia.com/data/systems/kj-3000.json
- [KJ-500](https://www.defensepedia.com/systems/kj-500.html): The KJ-500 (Chinese: literally: "Air Warning 500") is a third-generation airborne early warning and control (AEW&C) aircraft used by the Chinese People's Liberation Army Air Force. It was built by Shaanxi Aircraft Corporation., and is based on the Y-9 airframe. JSON: https://www.defensepedia.com/data/systems/kj-500.json
- [KJ-600 (Sea Plate)](https://www.defensepedia.com/systems/kj-600.html): The KJ-600 (Sea Plate) Chinese Airborne Early Warning and Control (AEW&C) Aircraft is being developed indigenously by the Xi'an Aircraft Company Limited in China. It will be the first fixed-wing carrier-based airborne early warning aircraft to be operated by the People's Liberation Navy (PLAN). JSON: https://www.defensepedia.com/data/systems/kj-600.json
- [KJ-700](https://www.defensepedia.com/systems/kj-700.html): The KJ-700 Chinese Airborne Early Warning and Control (AEW&C) Aircraft is a new Chinese Airborne Early Warning and Control (AEW&C) aircraft based on the Shaanxi Y‑9 transport, designed as a “multi‑intelligence” platform that combines classic radar early warning with extensive electro‑optical/infrared and communications sensors for air,… JSON: https://www.defensepedia.com/data/systems/kj-700.json
- [KN-06 Pon'gae-5](https://www.defensepedia.com/systems/kn-06-pon-gae-5.html): The KN-06 (Korean: 번개 5호; MR: Pon'gae-5) is a North Korean surface-to-air missile system. The system was first shown publicly at the 65th anniversary of the Workers’ Party of Korea on October 10, 2010. JSON: https://www.defensepedia.com/data/systems/kn-06-pon-gae-5.json
- [KN-23 (Hwasong-11Ga)](https://www.defensepedia.com/systems/kn-23.html): The KN-23 (Hwasong-11Ga) North Korean Ballistic Missile is a North Korean short-range ballistic missile (SRBM). The missile flies on a quasi-ballistic trajectory and has a maximum range of 690 km. JSON: https://www.defensepedia.com/data/systems/kn-23.json
- [KN-24 (Hwasongpho-11Na)](https://www.defensepedia.com/systems/kn-24.html): The KN-24 (Hwasongpho-11Na) North Korean Short-Range Ballistic Missile is a North Korean short-range ballistic missile (SRBM) first tested in August 2019. The missile flies on a quasi-ballistic trajectory. JSON: https://www.defensepedia.com/data/systems/kn-24.json
- [KN-25](https://www.defensepedia.com/systems/kn-25.html): The KN-25 North Korean Short-Range Ballistic Missile is launched from a four-tube wheeled transporter-erector-launcher (TEL). The missile appears to have four fixed rear fins and four moving forward fins for guidance. JSON: https://www.defensepedia.com/data/systems/kn-25.json
- [Kolchuga](https://www.defensepedia.com/systems/kolchuga.html): The Kolchuga passive sensor is an electronic-warfare support measures system developed in the Soviet Union and manufactured in Ukraine. Its detection range is limited by line-of-sight but may be up to 800 km (500 mi) for very high altitude, very powerful emitters. JSON: https://www.defensepedia.com/data/systems/kolchuga.json
- [Kolchuga-M](https://www.defensepedia.com/systems/kolchuga-m.html): The Kolchuga-M passive detection system is truck-mounted and detects aircraft electromagnetic emissions in the VHF, UHF, and SHF wavebands. It identifies and tracks incoming aircraft at long range for acquisition by separate air defense systems. JSON: https://www.defensepedia.com/data/systems/kolchuga-m.json
- [Krasuha](https://www.defensepedia.com/systems/krasuha.html): The Krasuha EW complex is a family of ground-based radar jamming systems meant for installation onboard light tactical vehicles. The systems comprise the 1L265E reconnaissance system, 1L266E command-and-control post, the 1L269E high-power noise jammer, and the 1RL257E broadband multifunctional jammer. JSON: https://www.defensepedia.com/data/systems/krasuha.json
- [Krivak III Class (Project 11351 Nerey Class)](https://www.defensepedia.com/systems/krivak-iii.html): Krivak III Class (Project 11351 Nerey Class) lacked the SS-N-14 missile system, which was replaced by a helicopter and hangar, and only one 100 mm gun at the bow of the ship. All ships were built in Kerch and were intended for the Soviet Border Troops under the KGB. JSON: https://www.defensepedia.com/data/systems/krivak-iii.json
- [Kurganets-25](https://www.defensepedia.com/systems/kurganets-25.html): The Kurganets-25 Russian Amphibious Armored Personnel Carrier (APC) is a lightly armed armored personnel carrier that can move 8 infantrymen to the battle with the support of one 12.7mm machine gun. The machine gun is in a remotely controlled turret. JSON: https://www.defensepedia.com/data/systems/kurganets-25.json
- [Kuznetsov Class (Project 11435 Class)](https://www.defensepedia.com/systems/kuznetsov.html): The Kuznetsov-class aircraft carrier, Soviet designation Project 11435, is a class of fixed-wing aircraft carriers operated by the Russian and Chinese navies. Originally designed for the Soviet Navy, the Kuznetsov-class ships use a ski-jump to launch high-performance conventional aircraft in a STOBAR configuration. JSON: https://www.defensepedia.com/data/systems/kuznetsov.json
- [Kvant 1L222 Avtobaza](https://www.defensepedia.com/systems/kvant-1l222-avtobaza.html): The Kvant 1L222 Avtobaza is an ELINT system designed to detect Side looking airborne radars, air-to-ground fire-control radars and low-altitude flight control radars, as well as to provide intelligence data for the 1L125M APUR. JSON: https://www.defensepedia.com/data/systems/kvant-1l222-avtobaza.json
- [Lada Class (Project 677 Class)](https://www.defensepedia.com/systems/lada.html): Lada-Class (Project 677 Lada Class) Russian Diesel-Electric Attack Submarine is the new advanced class of diesel-electric attack submarine designed by the Russian Rubin Design Bureau. JSON: https://www.defensepedia.com/data/systems/lada.json
- [Lazarus Group](https://www.defensepedia.com/systems/lazarus-group.html): North Korean state-sponsored group attributed to the Reconnaissance General Bureau. JSON: https://www.defensepedia.com/data/systems/lazarus-group.json
- [LCM-8 (Mike Boat)](https://www.defensepedia.com/systems/lcm-8.html): The LCM-8 ("Mike Boat") is a riverboat and mechanized landing craft used by the United States Navy and Army during the Vietnam War and subsequent operations. They are currently used by governments and private organizations throughout the world. JSON: https://www.defensepedia.com/data/systems/lcm-8.json
- [LD-2000 (LuDun-2000)](https://www.defensepedia.com/systems/ld-2000.html): The LD-2000 (LuDun-2000) is a ground-based anti-aircraft air defense weapon system designed, developed, and manufactured by the Chinese Defense Company NORINCO (China North Industries Corporation). The system was unveiled during the defense exhibition IDEX in 2005. JSON: https://www.defensepedia.com/data/systems/ld-2000.json
- [LD-3000 (Type 1130)](https://www.defensepedia.com/systems/ld-3000.html): The LD-3000 Chinese Close-In Weapon System (CIWS) is designed to defend against aerial threats, including rockets, artillery, and mortars. This system features a 30 mm cannon mounted on a truck trailer and is guided to its targets using a tracking radar and electro-optical sight package. JSON: https://www.defensepedia.com/data/systems/ld-3000.json
- [Leopard 1A4](https://www.defensepedia.com/systems/leopard-1a4.html): Leopard 1A4 The Leopard 1A4 formed the sixth batch of 250 vehicles, delivery starting in 1974. The 1A4 was externally similar to the 1A3, but included a new computerized fire control system and the new EMES 12A1 sighting system to aim it. JSON: https://www.defensepedia.com/data/systems/leopard-1a4.json
- [Leopard 1A5](https://www.defensepedia.com/systems/leopard-1a5.html): The Leopard (or Leopard 1) is a main battle tank designed and produced by Porsche in West Germany that first entered service in 1965. JSON: https://www.defensepedia.com/data/systems/leopard-1a5.json
- [Leopard 2](https://www.defensepedia.com/systems/leopard-2.html): The Leopard 2 is a main battle tank developed by Krauss-Maffei in the 1970s for the West German Army. The tank first entered service in 1979 and succeeded the earlier Leopard 1 as the main battle tank of the German Army. JSON: https://www.defensepedia.com/data/systems/leopard-2.json
- [Leopard 2A4](https://www.defensepedia.com/systems/leopard-2a4.html): The most widespread version of the Leopard 2 family, the 2A4 models included more substantial changes, including an automated fire and explosion suppression system, an all-digital fire control system able to handle new ammunition types, and an improved turret with flat titanium/tungsten armour. JSON: https://www.defensepedia.com/data/systems/leopard-2a4.json
- [Liaoning Class(Type 001 Class)](https://www.defensepedia.com/systems/liaoning.html): The Liaoning Class (Type 001 Class) Chinese Aircraft Carrier is the first aircraft carrier commissioned into the People's Liberation Army Navy Surface Force, she is classified as a training ship, intended to allow the Navy to experiment, train and gain familiarity with aircraft carrier operations. JSON: https://www.defensepedia.com/data/systems/liaoning.json
- [LOONG M10](https://www.defensepedia.com/systems/loong-m10.html): The LOONG M10 Chinese Unmanned Aerial Vehicle (UAV) is a high-speed, heavy-payload, strong stealth loitering munition system that requires no runway, utilizing rocket-assisted launch for unrestricted deployment and exceptional mobility in dynamic battlefields. JSON: https://www.defensepedia.com/data/systems/loong-m10.json
- [LOONG Smaug D2-10000](https://www.defensepedia.com/systems/loong-smaug-d2-10000.html): The LOONG Smaug D2-10000 Chinese Fixed Signal Detection Device is optimized for military electronic warfare operations, identifying and locating unauthorized intruder UAVs through radio frequency scanning, feature recognition, and signal decoding. JSON: https://www.defensepedia.com/data/systems/loong-smaug-d2-10000.json
- [LPD-801](https://www.defensepedia.com/systems/lpd-801.html): The LPD-801 Russian Unmanned Aerial Vehicle (UAV) Jammer is designed to suppress communication channels and data transmission from UAVs, as well as to suppress the navigation channel. JSON: https://www.defensepedia.com/data/systems/lpd-801.json
- [LRZT5.3](https://www.defensepedia.com/systems/lrzt5-3.html): The Chinese LRZT5.3 mobile signal jammer is developed by SINOSUN Technology Development Company Limited (Ltd.) It is a 10-watt jammer that covers most cellular phone frequencies and is transportable. JSON: https://www.defensepedia.com/data/systems/lrzt5-3.json
- [LVTH-6](https://www.defensepedia.com/systems/lvth-6.html): The LVTH-6 American 105mm Amphibious Self-Propelled Howitzer (SPH) fire support variant armed with M49 105 mm howitzer. JSON: https://www.defensepedia.com/data/systems/lvth-6.json
- [LW-30](https://www.defensepedia.com/systems/lw-30.html): The LW-30 Chinese Mobile Laser Defense Weapon System is intended for engaging aerial platforms and precision-guided weapons, comprises a 6×6 tactical truck upon which a 30 kW laser-based weapon is installed on a remotely controlled weapon station. JSON: https://www.defensepedia.com/data/systems/lw-30.json
- [M-1978 Koksan](https://www.defensepedia.com/systems/koksan.html): The M-1978 Koksan is a 170mm self-propelled gun of North Korean design and manufacture. Very little information is available due to the secretive nature of the North Korean government. JSON: https://www.defensepedia.com/data/systems/koksan.json
- [M-1985](https://www.defensepedia.com/systems/m-1985.html): The M-1985 122mm multiple rocket launcher (MRL) is a 40 round, North Korean produced launcher mounted on an Isuzu truck. MRL 122 mm M1985: This is a more modern version, based on an Isuzu 6×6 truck and probably with a 40-round reload-pack mounted between the cab and the launcher. JSON: https://www.defensepedia.com/data/systems/m-1985.json
- [M-1993](https://www.defensepedia.com/systems/m-1993.html): The M-1993 122mm Multiple Rocket Launcher is a North Korean version of the Czechoslovakian RM-70. JSON: https://www.defensepedia.com/data/systems/m-1993.json
- [M107](https://www.defensepedia.com/systems/m107.html): The M107 175mm self-propelled gun was used by the U.S. Army from the early 1960s through to the late 1970s. It was part of a family of self-propelled artillery that also included the M110. JSON: https://www.defensepedia.com/data/systems/m107.json
- [M109](https://www.defensepedia.com/systems/m109.html): The M109 is an American 155 mm turreted self-propelled howitzer, first introduced in the early 1960s to replace the M44. It has been upgraded a number of times, most recently to the M109A7. JSON: https://www.defensepedia.com/data/systems/m109.json
- [M109A1](https://www.defensepedia.com/systems/m109a1.html): The M109A1 variant features an improved gun—the M185 155 mm/L39 howitzer. This artillery system was introduced in 1970 and deliveries commenced in 1973. JSON: https://www.defensepedia.com/data/systems/m109a1.json
- [M109A2](https://www.defensepedia.com/systems/m109a2.html): The M109A2 incorporated 27 mid-life improvements to the M109A1. The improvements provide for increased Reliability, Availability, and Maintainability (RAM) and safety characteristics as well as enhanced operational capabilities. JSON: https://www.defensepedia.com/data/systems/m109a2.json
- [M109A3](https://www.defensepedia.com/systems/m109a3.html): The M109A3 is a depot converted M109A1 incorporating the 27 mid-life improvements. The operational characteristics of the M109A3 are virtually identical to the M109A2. JSON: https://www.defensepedia.com/data/systems/m109a3.json
- [M109A5](https://www.defensepedia.com/systems/m109a5.html): The M109A5 is a modified M109A4 it consists of two major improvements: a new M284 cannon and a new M182 gun mount. These improvements provide the M109A5 with a greater range and allow for sustained fire for prolonged periods of time. JSON: https://www.defensepedia.com/data/systems/m109a5.json
- [M109A6 Paladin](https://www.defensepedia.com/systems/m109a6.html): The M109A6 Paladin American 155mm Self-Propelled Howitzer (SPH) is a further upgrade of the M109 self-propelled howitzer, which was introduced in the early 1960s. This M109A6 Paladin self-propelled howitzer entered service with the US Army in 1991. JSON: https://www.defensepedia.com/data/systems/m109a6.json
- [M110](https://www.defensepedia.com/systems/m110.html): The self-propelled M-110 203 mm howitzer first entered service with the US Army in 1963. The vehicle itself transports only two projectiles and five men, while the remainder of the ammunition and the crew is on board a tracked M548. JSON: https://www.defensepedia.com/data/systems/m110.json
- [M110A1](https://www.defensepedia.com/systems/m110a1.html): The M110A1 American 203mm Self-Propelled Howitzer (SPH), is a variant of the M110 American 203mm Self-Propelled Howitzer. Versions of the M110 with the longer barrel are the M110A1 (no muzzle brake) and the M110A2 (fitted with muzzle brake). JSON: https://www.defensepedia.com/data/systems/m110a1.json
- [M110A2](https://www.defensepedia.com/systems/m110a2.html): The M110A2 is the largest available self-propelled howitzer in the Army's inventory. It is deployed in division artillery of general support battalions and in separate corps- and Army-level battalions. JSON: https://www.defensepedia.com/data/systems/m110a2.json
- [M1126 Stryker ICV](https://www.defensepedia.com/systems/m1126-stryker.html): The M1126 Stryker ICV (Infantry Carrier Vehicle) is part of a family of eight-wheeled armored fighting vehicles derived from the Canadian LAV III. Stryker vehicles are produced by General Dynamics Land Systems for the United States Army. JSON: https://www.defensepedia.com/data/systems/m1126-stryker.json
- [M1127 (Stryker RV)](https://www.defensepedia.com/systems/m1127.html): The M1127 Stryker Reconnaissance Vehicle is part of a family of eight-wheeled armored fighting vehicles derived from the Canadian LAV III. Stryker vehicles are produced by General Dynamics Land Systems for the United States Army. It has 4-wheel drive (8×4) and can be switched to all-wheel drive (8×8). JSON: https://www.defensepedia.com/data/systems/m1127.json
- [M1134 (Stryker)](https://www.defensepedia.com/systems/m1134.html): The M1134 (Stryker) American 8x8 Armored Anti-Tank Guided Missile Vehicle is part of a family of eight-wheeled armored fighting vehicles derived from the Canadian LAV III. Stryker vehicles are produced by General Dynamics Land Systems for the United States Army. It has a 4-wheel drive (8×4) and can be switched to an all-wheel drive (8×8). JSON: https://www.defensepedia.com/data/systems/m1134.json
- [M1135 (Stryker)](https://www.defensepedia.com/systems/m1135.html): The M1135 (Stryker) is a Nuclear, Biological and Chemical (NBC) armored reconnaissance vehicle and is part of a family of eight-wheeled armored fighting vehicles derived from the Canadian LAV III. Stryker vehicles are produced by General Dynamics Land Systems for the United States Army. JSON: https://www.defensepedia.com/data/systems/m1135.json
- [M113A2](https://www.defensepedia.com/systems/m113a2.html): The M113A2 replaced the M113A1 in production in 1979. It has improved engine cooling equipment and reinforced suspension. JSON: https://www.defensepedia.com/data/systems/m113a2.json
- [M113A3](https://www.defensepedia.com/systems/m113a3.html): The A3 generation of the M113 family of vehicles is a major, comprehensive upgrade for the entire range of M113 variants. The intent of this upgrade was to increase the overall performance of the US Army's M113 fleet, which was the workhorse of its armored forces in the 1980s (over 20 000 M113s and their variants were in US service then). JSON: https://www.defensepedia.com/data/systems/m113a3.json
- [M1224 MaxxPro MRAP](https://www.defensepedia.com/systems/m1224-maxxpro-mrap.html): The MaxxPro is a 4 x 4 armored vehicle developed for the U.S. military's mine-resistant ambush-protected (MRAP) vehicle program. JSON: https://www.defensepedia.com/data/systems/m1224-maxxpro-mrap.json
- [M1296 (Stryker)](https://www.defensepedia.com/systems/m1296.html): The M1296 Dragoon (ICVD) is part of a family of eight-wheeled armored fighting vehicles known as Strykers. It has 4-wheel drive (8×4) and can be switched to all-wheel drive (8×8).The Dragoon is the first variant of the Stryker family to be equipped as an Infantry Fighting Vehicle (IFV). JSON: https://www.defensepedia.com/data/systems/m1296.json
- [M142 HIMARS](https://www.defensepedia.com/systems/m142-himars.html): Wheeled multiple launch rocket system on the Army's FMTV 5-ton truck, firing the full MLRS family of munitions. JSON: https://www.defensepedia.com/data/systems/m142-himars.json
- [M1975](https://www.defensepedia.com/systems/m1975.html): The M1975 is a North Korean 130 mm self-propelled gun. Its actual designation is unknown. JSON: https://www.defensepedia.com/data/systems/m1975.json
- [M1977](https://www.defensepedia.com/systems/m1977.html): M1977 North Korean 122mm Self-Propelled Howitzer (SPH). Its actual designation is unknown. JSON: https://www.defensepedia.com/data/systems/m1977.json
- [M1981](https://www.defensepedia.com/systems/m1981.html): The M1981 is a North Korean 122 mm self-propelled gun. Its actual designation is unknown. JSON: https://www.defensepedia.com/data/systems/m1981.json
- [M1992](https://www.defensepedia.com/systems/m1992.html): The M1992 is a North Korean self-propelled gun. This artillery system was first observed by US intelligence in 1992. JSON: https://www.defensepedia.com/data/systems/m1992.json
- [M1A1 Abrams](https://www.defensepedia.com/systems/m1a1-abrams.html): The M1A1 Abrams main battle tank was developed by General Dynamics. It is a further development of the M1 Abrams. JSON: https://www.defensepedia.com/data/systems/m1a1-abrams.json
- [M1A2 SEPv3 Abrams](https://www.defensepedia.com/systems/m1a2-sepv3.html): Latest fielded Abrams variant, with the first production vehicle delivered in October 2017. JSON: https://www.defensepedia.com/data/systems/m1a2-sepv3.json
- [M2 Bradley](https://www.defensepedia.com/systems/m2-bradley.html): The M2 Bradley American Infantry Fighting Vehicle is a tracked fighting vehicle platform of the United States manufactured by BAE Systems Land & Armaments, formerly United Defense. It was named after U.S. JSON: https://www.defensepedia.com/data/systems/m2-bradley.json
- [M2008](https://www.defensepedia.com/systems/m2008.html): The M2008 is a North Korean Variant of the BM-21 and has the same characteristics and capabilities as the BM-21. The BM-21 "Grad" is a Soviet truck-mounted 122 mm multiple rocket launcher. JSON: https://www.defensepedia.com/data/systems/m2008.json
- [M2010](https://www.defensepedia.com/systems/m2010.html): The M2010 North Korean Amphibious Armored Personnel Carrier (APC) is a derivative of the BTR-80A with major modifications made to suit the needs of the Korean People’s Army – Ground Force. JSON: https://www.defensepedia.com/data/systems/m2010.json
- [M270 MLRS](https://www.defensepedia.com/systems/m270.html): The M270 Multiple Launch Rocket System (M270 MLRS) is an armored, self-propelled, multiple rocket launcher (a type of rocket artillery). Since the first M270s were delivered to the U.S. JSON: https://www.defensepedia.com/data/systems/m270.json
- [M47 Patton](https://www.defensepedia.com/systems/m47-patton.html): The M47 Patton was an American main battle tank, a development of the M46 Patton mounting an updated turret, and was in turn further developed as the M48 Patton. It was the second American tank to be named after General George S. Patton, commander of the U.S. JSON: https://www.defensepedia.com/data/systems/m47-patton.json
- [M48 Patton](https://www.defensepedia.com/systems/m48-patton.html): The M48 Patton is an American first generation main battle tank (MBT) introduced in February 1951. It was designed as a replacement for the M26 Pershing, M4 Sherman variants and M46 Pattons used in the Korean War, and as the successor to the M47 Patton. JSON: https://www.defensepedia.com/data/systems/m48-patton.json
- [M48A5](https://www.defensepedia.com/systems/m48a5.html): M48A5 In the mid-1970s, the vehicle was modified to carry the heavier 105 mm gun. The original program designation was XM736. JSON: https://www.defensepedia.com/data/systems/m48a5.json
- [M60](https://www.defensepedia.com/systems/m60.html): The M60 is an American second generation main battle tank (MBT). It was officially standardized as the Tank, Combat, Full Tracked: 105-mm Gun, M60 in March 1959. JSON: https://www.defensepedia.com/data/systems/m60.json
- [M60A1](https://www.defensepedia.com/systems/m60a1.html): M60A1 series The program to develop the M60A1 was approved in early 1960 in conjunction with abandoning further development of the advanced composite armor and the closure of the T95 Medium Tank project. The first prototype pilot's attempts to mate a modified M60 hull with the T95E7 turret took place in March 1960. JSON: https://www.defensepedia.com/data/systems/m60a1.json
- [M60A3 Patton](https://www.defensepedia.com/systems/m60a3-patton.html): The M60A3 Patton American Main Battle Tank (MBT) appearance is almost indistinguishable from the M60A1. JSON: https://www.defensepedia.com/data/systems/m60a3-patton.json
- [M901 ITV](https://www.defensepedia.com/systems/m901-itv.html): The M901 ITV (Improved TOW Vehicle) is an American armored vehicle introduced into service in 1979 and designed to carry a dual M220 TOW launcher. It is based on the ubiquitous M113 Armored Personnel Carrier chassis. JSON: https://www.defensepedia.com/data/systems/m901-itv.json
- [Makassar Class](https://www.defensepedia.com/systems/makassar.html): The Makassar Class South Korean Landing Platform Dock is named after the city of Makassar in Sulawesi. The ships were designed by Daesun Shipbuilding & Engineering Co. JSON: https://www.defensepedia.com/data/systems/makassar.json
- [Mangust Class (Project 12150 Class)](https://www.defensepedia.com/systems/mangust.html): The Mangust Class patrol boat, also known as Project 12150, is a Russian Coast Guard vessel. JSON: https://www.defensepedia.com/data/systems/mangust.json
- [Marder 1A5](https://www.defensepedia.com/systems/marder-1a5.html): Marder 1A5 has improved mine protection. Additional anti-mine armor was fitted and the interior was completely remodeled in order to improve survivability against mine blasts. JSON: https://www.defensepedia.com/data/systems/marder-1a5.json
- [MaxxPro MRV-P](https://www.defensepedia.com/systems/maxxpro-mrv-p.html): The MaxxPro MRV-P offers power, torque, and mobility to conquer extreme off-road and soft soil terrains. Its DXM independent front suspension enhanced 6-channel central tire inflation system (CTIS) and large front and super-single rear tires provide off-road maneuverability without sacrificing recovery capability. JSON: https://www.defensepedia.com/data/systems/maxxpro-mrv-p.json
- [MBT-2000 (Type 90-II)](https://www.defensepedia.com/systems/mbt-2000.html): The MBT-2000 was developed in China by NORINCO, it was known as the Type 90-II and was later marketed for export as the MBT-2000. The MBT-2000 developed and offered for export by NORINCO is believed to have very similar specifications as the Al-Khalid and externally appears almost identical. JSON: https://www.defensepedia.com/data/systems/mbt-2000.json
- [MD 500 Defender](https://www.defensepedia.com/systems/md-500-defender.html): The McDonnell Douglas Helicopter Systems MD 500 Defender is a light multi-role military helicopter based on the MD 500 light utility helicopter and OH-6 Cayuse Light Observation Helicopter. JSON: https://www.defensepedia.com/data/systems/md-500-defender.json
- [MD 530F Cayuse Warrior](https://www.defensepedia.com/systems/md-530f-cayuse-warrior.html): An evolution of the fabled OH-6 Cayuse light observation helicopter and known for speed, safety, agility and the ability to operate with ease in confined spaces, the Armed MD530F Light Scout Attack Helicopter delivers increased operational capabilities, greater mission versatility and superior performance in the execution of a broad… JSON: https://www.defensepedia.com/data/systems/md-530f-cayuse-warrior.json
- [MD 530G BII](https://www.defensepedia.com/systems/md-530g-bii.html): The M134D-H Hybrid Gatling Gun is the standard lightweight Minigun design from Dillon Aero. The Hybrid Gatling Gun combines the titanium and skeletonized parts that were originally engineered for use in the M134D-T titanium Gatling Gun with the steel housing of the M134D steel Gatling Gun. JSON: https://www.defensepedia.com/data/systems/md-530g-bii.json
- [Metal Storm](https://www.defensepedia.com/systems/metal-storm.html): The Metal Storm Chinese Counter-Drone Swarm and Counter-Missile Barrage Weapon is allegedly highly effective against drone swarms and saturation attacks, including low, slow, small (LSS) targets and first-person (FPV) drones, using its dense barrage for area denial and high probability of kill. JSON: https://www.defensepedia.com/data/systems/metal-storm.json
- [MGM-140 ATACMS](https://www.defensepedia.com/systems/atacms.html): Single-stage, solid-propellant tactical ballistic missile fired from M270 MLRS and HIMARS launchers. JSON: https://www.defensepedia.com/data/systems/atacms.json
- [Mi-14 (Haze)](https://www.defensepedia.com/systems/mi-14.html): The Mi-14 (Haze) Russian Anti-Submarine Warfare (ASW) Helicopter is a naval land-based helicopter, derived from the Mi-8 Hip, which is configured primarily for anti-submarine warfare (ASW). It also serves in minesweeping and search-and-rescue (SAR) roles. JSON: https://www.defensepedia.com/data/systems/mi-14.json
- [Mi-17 (Hip H)](https://www.defensepedia.com/systems/mi-17.html): The Mil Mi-17 (NATO reporting name: Hip) is a Soviet/Russian helicopter in production at two factories in Kazan and Ulan-Ude. It is known as the Mi-8M series in Russian service. JSON: https://www.defensepedia.com/data/systems/mi-17.json
- [Mi-171](https://www.defensepedia.com/systems/mi-171.html): The Mi-171 Russian Medium Transport Helicopter is outfitted with a TV3-117VM Engine. The Mi-171Sh was specifically designed for operating in combat missions in local armed conflicts. JSON: https://www.defensepedia.com/data/systems/mi-171.json
- [Mi-2 (Hoplite)](https://www.defensepedia.com/systems/mi-2.html): The Mil Mi-2 (NATO reporting name Hoplite) is a small, lightly armed turbine-powered transport helicopter that could also provide close air support when armed with 57 mm rockets and a 23 mm cannon. The MI-2 can conduct reconnaissance, resupply guerrillas, and provide close air support with 57mm rockets. JSON: https://www.defensepedia.com/data/systems/mi-2.json
- [Mi-24 (Hind)](https://www.defensepedia.com/systems/mi-24.html): Mil Mi-24 is a twin-engined Combat helicopter intended for close support of ground forces, destruction of armored targets, and transportation of persons or cargo. The Mi-24 is not a direct counterpart to the American AH-64 Apache, since unlike this and other Western attack helicopters it is also capable of transporting up to eight troops. JSON: https://www.defensepedia.com/data/systems/mi-24.json
- [Mi-26 (Halo)](https://www.defensepedia.com/systems/mi-26.html): The Mil Mi-26 (Russian: Миль Ми-26, NATO reporting name: Halo) is a Soviet/Russian heavy transport helicopter. Its product code is izdeliye 90. JSON: https://www.defensepedia.com/data/systems/mi-26.json
- [Mi-26T2](https://www.defensepedia.com/systems/mi-26t2.html): The Mi-26T2 is the latest upgraded version of the Mi-26. The Mi-26T2 is a modernisation of the Mi-26T heavy-lift transport helicopter designed by Mil Moscow Helicopter Plant, a division of Russian Helicopters.The modernised helicopter is designed to transport heavy cargo and equipment. JSON: https://www.defensepedia.com/data/systems/mi-26t2.json
- [Mi-28 (Havoc)](https://www.defensepedia.com/systems/mi-28.html): The Mi-28 (Havoc) Russian Attack Helicopter is a twin-engine attack helicopter developed and manufactured by Russian Helicopters in the Russian Federation. JSON: https://www.defensepedia.com/data/systems/mi-28.json
- [Mi-35M (Hind E)](https://www.defensepedia.com/systems/mi-35m.html): Mi-35M is a multi-role combat helicopter manufactured by Rostvertol, a subsidiary of Russian Helicopters. It is an export variant of Mi-24 Hind attack helicopter. JSON: https://www.defensepedia.com/data/systems/mi-35m.json
- [Mi-6 (Hook A)](https://www.defensepedia.com/systems/mi-6.html): The Mi-6 (Hook A) Russian Heavy Transport Helicopter was first flown in 1957. This thing is a monster. JSON: https://www.defensepedia.com/data/systems/mi-6.json
- [Mi-8 (Hip)](https://www.defensepedia.com/systems/mi-8.html): Mi-8 (Hip) Russian Medium Transport Helicopter is a medium twin-turbine helicopter, originally designed by the Soviet Union, and now produced by Russia. In addition to its most common role as a transport helicopter, the Mi-8 is also used as an airborne command post, armed gunship, and reconnaissance platform. JSON: https://www.defensepedia.com/data/systems/mi-8.json
- [Mi-8AMT](https://www.defensepedia.com/systems/mi-8amt.html): Mi-8AMT is designed to solve a wide range of tasks: transporting passengers and cargo, transporting bulky cargo on an external load, conducting search and rescue operations, evacuating the injured. JSON: https://www.defensepedia.com/data/systems/mi-8amt.json
- [Mi-8T (Hip C)](https://www.defensepedia.com/systems/mi-8t.html): The Mi-8T (Hip C) is the basic civil and military transport version of the Hip. Civil versions lack armaments and can carry up to 32 passengers or 12 litter patients or cargo. JSON: https://www.defensepedia.com/data/systems/mi-8t.json
- [MiG-15 (Fagot)](https://www.defensepedia.com/systems/mig-15.html): The Mikoyan-Gurevich MiG-15 (Russian: Микоян и Гуревич МиГ-15; USAF/DoD designation: Type 14; NATO reporting name: Fagot) is a jet fighter aircraft developed by Mikoyan-Gurevich for the Soviet Union. The MiG-15 was one of the first successful jet fighters to incorporate swept wings to achieve high transonic speeds. JSON: https://www.defensepedia.com/data/systems/mig-15.json
- [MiG-15bis (Fagot)](https://www.defensepedia.com/systems/mig-15bis.html): MiG-15bis This was the basic production version. Some were modified for ground attack and reconnaissance missions. JSON: https://www.defensepedia.com/data/systems/mig-15bis.json
- [MiG-17 (Fresco)](https://www.defensepedia.com/systems/mig-17.html): The design of the MiG-17 was undertaken to correct the deficiencies that the earlier MiG-15 had at higher speeds. It was the first Soviet fighter to have an afterburning engine, the Klimov VK-1. JSON: https://www.defensepedia.com/data/systems/mig-17.json
- [MiG-19 (Farmer)](https://www.defensepedia.com/systems/mig-19.html): The Mikoyan-Gurevich MiG-19 (Russian: Микоян и Гуревич МиГ-19; NATO reporting name: Farmer) is a Soviet second-generation, single-seat, twin jet-engined fighter aircraft, the world's first mass-produced supersonic aircraft. It was the first Soviet production aircraft capable of supersonic speeds in level flight. JSON: https://www.defensepedia.com/data/systems/mig-19.json
- [MiG-21 (Fishbed)](https://www.defensepedia.com/systems/mig-21.html): The Mikoyan-Gurevich MiG-21 (Russian: Микоян и Гуревич МиГ-21; NATO reporting name: Fishbed) is a supersonic jet fighter and interceptor aircraft, designed by the Mikoyan-Gurevich Design Bureau in the Soviet Union. JSON: https://www.defensepedia.com/data/systems/mig-21.json
- [MiG-21bis (Fishbed-L)](https://www.defensepedia.com/systems/mig-21bis.html): MiG-21bis Fishbed-L This is a third-generation MiG-21 with the airframe redesigned for simpler construction, longer fatigue life, greater fuel capacity. The Jay Bird radar is believed to be compatible with the AA-8 Aphid** AAM. It may also be fitted with R-25 engine. JSON: https://www.defensepedia.com/data/systems/mig-21bis.json
- [MiG-21PF (Fishbed-E)](https://www.defensepedia.com/systems/mig-21pf.html): MiG-21PF Fishbed-E This is thought to be the principal PF production variant. It has a broader fin and parachute brake housing relocated as bullet fairing below rudder. JSON: https://www.defensepedia.com/data/systems/mig-21pf.json
- [MiG-21PFM (Fishbed-F)](https://www.defensepedia.com/systems/mig-21pfm.html): MiG-21PFM Fishbed-F This is a NATO designation for MiG-21PF. Modified PF/PFS (M = modifikatsirovanny). It incorporates a series of changes made during PF production and adds a side-hinged canopy and broader vertical tail surfaces. JSON: https://www.defensepedia.com/data/systems/mig-21pfm.json
- [MiG-23 (Flogger)](https://www.defensepedia.com/systems/mig-23.html): The 'swing-wing' MiG-23 (NATO reporting name: Flogger) was developed in the 1960s in response to the US F-14 Tomcat. It succeeded the previous MiG-21. JSON: https://www.defensepedia.com/data/systems/mig-23.json
- [MiG-23ML (Flogger-G)](https://www.defensepedia.com/systems/mig-23ml.html): MiG-23ML The early "Flogger" variants were intended to be used in high-speed missile attacks, but it was soon noticed that fighters often had to engage in more stressful close-in combat. Early production aircraft had actually suffered cracks in the fuselage during their service career. JSON: https://www.defensepedia.com/data/systems/mig-23ml.json
- [MiG-23UM (Flogger-C)](https://www.defensepedia.com/systems/mig-23um.html): MiG-23UM Flogger-C (trainer) This tandem two-seat trainer with a Tumansky engine has an enlarged dorsal fairing aft of the rear cockpit. JSON: https://www.defensepedia.com/data/systems/mig-23um.json
- [MiG-25 (Foxbat)](https://www.defensepedia.com/systems/mig-25.html): The Mikoyan-Gurevich MiG-25 (Russian: Микоян и Гуревич МиГ-25; NATO reporting name: Foxbat) is a supersonic interceptor and reconnaissance aircraft that was among the fastest military aircraft to enter service. JSON: https://www.defensepedia.com/data/systems/mig-25.json
- [MiG-29 (Fulcrum)](https://www.defensepedia.com/systems/mig-29.html): The Mikoyan MiG-29 (Russian: Микоян МиГ-29; NATO reporting name: Fulcrum) is a twin-engine jet fighter aircraft designed in the Soviet Union. Developed by the Mikoyan design bureau as an air superiority fighter during the 1970s, the MiG-29, along with the larger Sukhoi Su-27, was developed to counter new U.S. JSON: https://www.defensepedia.com/data/systems/mig-29.json
- [MiG-29K (Fulcrum-D)](https://www.defensepedia.com/systems/mig-29k.html): MiG-29K (Fulcrum-D) Russian Multirole Fighter Aircraft is a Russian all-weather carrier-based multirole fighter aircraft developed by the Mikoyan Design Bureau. The MiG-29K was developed in the late 1980s from the MiG-29M. Mikoyan describes it as a 4+ generation aircraft. JSON: https://www.defensepedia.com/data/systems/mig-29k.json
- [MiG-31 (Foxhound)](https://www.defensepedia.com/systems/mig-31.html): MiG-31 (Foxhound) Russian Attack Aircraft is a supersonic interceptor aircraft developed for use by the Soviet Air Forces. The aircraft was designed by the Mikoyan design bureau as a replacement for the earlier MiG-25 "Foxbat"; the MiG-31 is based on and shares design elements with the MiG-25. JSON: https://www.defensepedia.com/data/systems/mig-31.json
- [MIM-23A Hawk](https://www.defensepedia.com/systems/mim-23a-hawk.html): The Raytheon MIM-23 Hawk (or HAWK: Homing All the Way Killer) is an American medium-range surface-to-air missile. It was designed to be a much more mobile counterpart to the MIM-14 Nike Hercules, trading off range and altitude capability for a much smaller size and weight. JSON: https://www.defensepedia.com/data/systems/mim-23a-hawk.json
- [MIM-23B I-Hawk](https://www.defensepedia.com/systems/mim-23b-i-hawk.html): The Raytheon MIM-23 Hawk (or HAWK: Homing All the Way Killer) is an American medium-range surface-to-air missile. The MIM-23 I-Hawk or MIM-23B has a larger 74 kg (163 lb) blast-fragmentation warhead, a smaller and improved guidance package, and a new M112 rocket motor. JSON: https://www.defensepedia.com/data/systems/mim-23b-i-hawk.json
- [Mirage 2000](https://www.defensepedia.com/systems/mirage-2000.html): The Mirage 2000 is very similar to the Mirage III/5 and 50, though it is not a variant of the Mirage III/5 or 50 but an entirely new aircraft with advanced interceptor controls. In its secondary ground-attack role, the Mirage 2000 carries laser-guided missiles rockets, and bombs. JSON: https://www.defensepedia.com/data/systems/mirage-2000.json
- [Misagh-1](https://www.defensepedia.com/systems/misagh-1.html): Hezbollah and Houthi Proliferation. The Misagh 1 (also Mithaq-1, etc.) is an Iranian man-portable surface-to-air missile. JSON: https://www.defensepedia.com/data/systems/misagh-1.json
- [Misagh-2](https://www.defensepedia.com/systems/misagh-2.html): HEZBOLLAH and Houthi Proliferation. The Misagh-2 is an Iranian man-portable infrared-guided surface-to-air missile. JSON: https://www.defensepedia.com/data/systems/misagh-2.json
- [Mistral Class](https://www.defensepedia.com/systems/mistral.html): The Mistral-class is a class of five amphibious assault ships, also known as a helicopter carrier, of the French Navy. JSON: https://www.defensepedia.com/data/systems/mistral.json
- [Mitsubishi F-2](https://www.defensepedia.com/systems/mitsubishi-f-2.html): The Mitsubishi F-2 is a multirole fighter derived from the General Dynamics F-16 Fighting Falcon, and manufactured by Mitsubishi Heavy Industries and Lockheed Martin for the Japan Air Self-Defense Force, with a 60/40 split in manufacturing between Japan and the United States. JSON: https://www.defensepedia.com/data/systems/mitsubishi-f-2.json
- [MKTK-1A Judoist](https://www.defensepedia.com/systems/mktk-1a-judoist.html): The MKTK-1A Judoist Russian Mobile Electronic Warfare (EW) System designed for wideband signals intelligence and jamming of radio, control, and some satellite‑related communications across a very broad frequency spectrum. JSON: https://www.defensepedia.com/data/systems/mktk-1a-judoist.json
- [Model ST-312](https://www.defensepedia.com/systems/model-st-312.html): The Chinese Model ST-312 is classified as a medium-range ground surveillance radar(GSR) that is able to detect, identify, and locate moving ground targets as well as low flying aircraft such as helicopters at any time of the day regardless of the season. JSON: https://www.defensepedia.com/data/systems/model-st-312.json
- [Mohajer-6](https://www.defensepedia.com/systems/mohajer-6.html): The Qods Mohajer-6 is an Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) UAV capable of carrying a multispectral surveillance payload and/or up to two precision-guided munitions. Ten have been manufactured as of February 2018 for the IRGC Ground Forces, and 40 are planned for the IRGC Navy. JSON: https://www.defensepedia.com/data/systems/mohajer-6.json
- [Monolit-B](https://www.defensepedia.com/systems/monolit-b.html): The Monolit-B Russian Coastal Surface and Air Surveillance System is a coastal long-range surface-sea and air reconnaissance system featuring over-the-horizon active and passive radar capabilities. JSON: https://www.defensepedia.com/data/systems/monolit-b.json
- [Moskva-1 (Moscow-1)](https://www.defensepedia.com/systems/moskva-1.html): The Moskva-1 (Moscow-1) Russian Electronic Warfare System is a multi‑vehicle complex typically mounted on 3 x KamAZ-6350-1335 vehicles. The Moskva‑1 1L265 is the Passive Radar vehicle focuses on signal intelligence and passive detection (reconnaissance module). JSON: https://www.defensepedia.com/data/systems/moskva-1.json
- [MQ-1C Gray Eagle](https://www.defensepedia.com/systems/mq-1c-gray-eagle.html): The General Atomics MQ-1C Gray Eagle (previously the Warrior; also called Sky Warrior and ERMP or Extended-Range Multi-Purpose) is a medium-altitude, long-endurance (MALE) unmanned aircraft system (UAS). JSON: https://www.defensepedia.com/data/systems/mq-1c-gray-eagle.json
- [MQ-9A Reaper](https://www.defensepedia.com/systems/mq-9a.html): The MQ-9A "Reaper" American Unmanned Aerial Vehicle (UAV) was developed with GA-ASI funding and first flown in 2001. MQ-9A "Reaper" is a highly sophisticated development built on the experience gained with the company's battle-proven Predator RPA and is a major evolutionary leap forward in overall performance and reliability. JSON: https://www.defensepedia.com/data/systems/mq-9a.json
- [MT-LB](https://www.defensepedia.com/systems/mt-lb.html): The MT-LB is a Soviet multi-purpose fully amphibious auxiliary armored tracked vehicle, which was first introduced in the 1950s. It is also produced in Poland, where (starting mid-1990s) its YaMZ engine was replaced by a Polish one. JSON: https://www.defensepedia.com/data/systems/mt-lb.json
- [MT-LBu](https://www.defensepedia.com/systems/mt-lbu.html): The MT-LBu is a vast family of tracked AFVs designed to provide a single versatile platform that could perform almost any role. The design has advanced far beyond its original design as an artillery tractor, and the family can be found performing electronic warfare attacks, air defense, and indirect fire support missions. JSON: https://www.defensepedia.com/data/systems/mt-lbu.json
- [Mugin EV460](https://www.defensepedia.com/systems/mugin-ev460.html): The Mugin EV460 Chinese Unmanned Aerial Vehicle (UAV) is a new full electric VTOL with a wingspan of 4600mm. The airframe is made of full carbon fiber which is lighter and more durable than other airframes that are made of fiberglass or composite materials. JSON: https://www.defensepedia.com/data/systems/mugin-ev460.json
- [Mugin-5 Pro](https://www.defensepedia.com/systems/mugin-5-pro.html): The Mugin-5 Pro Chinese Unmanned Aerial Vehicle (UAV) is a long-endurance unmanned VTOL airframe designed for professional use. Much stronger and more payload. JSON: https://www.defensepedia.com/data/systems/mugin-5-pro.json
- [Mugin-6](https://www.defensepedia.com/systems/mugin-6.html): The Mugin-6 Chinese Unmanned Aerial Vehicle (UAV) is designed based on the Mugin 4450 VTOL with an extended wingspan of 6000mm, in hope of reaching a longer flight time of 10 hours. JSON: https://www.defensepedia.com/data/systems/mugin-6.json
- [Najin Class](https://www.defensepedia.com/systems/najin.html): The North Korean Najin-class frigates are some of the largest vessels in the Korean People's Navy. Although they bear a striking resemblance to ex-Soviet Kola class frigates, they are unrelated to any Russian or Chinese design. JSON: https://www.defensepedia.com/data/systems/najin.json
- [Nampo Class](https://www.defensepedia.com/systems/nampo.html): The hull of these vessels is a modification of the CHONG-JIN Class. Some of the above are employed as patrol craft with the bow doors welded shut. JSON: https://www.defensepedia.com/data/systems/nampo.json
- [Naze'at 10-H](https://www.defensepedia.com/systems/naze-at-10-h.html): The Naze'at 6-H and Naze'at 10-H (Persian: نازعات‎) are two Iranian long-range artillery rockets with ranges of about 100 km. The Naze'at 10-H is larger, more powerful, and has a longer range than the Nazeat 6-H. Like Iran's similar shaped Zelzal rockets, Naze'at rockets do not have a guidance system. JSON: https://www.defensepedia.com/data/systems/naze-at-10-h.json
- [Naze'at 6-H](https://www.defensepedia.com/systems/naze-at-6-h.html): The Naze'at 6-H is an Iranian close-range ballistic missile (some classify it as rocket artillery) with a range of about 100 km. Like Iran's similarly shaped Zelzal rockets, Naze'at rockets do not have a guidance system. JSON: https://www.defensepedia.com/data/systems/naze-at-6-h.json
- [Neustrashimy Class (Project 11540 Class)](https://www.defensepedia.com/systems/neustrashimy.html): Neustrashimy Class (Project 11540 Class) Russian Frigate was originally designed as the successor to the GRISHA class, but due to weakness in the Russian economy, only two were completed. JSON: https://www.defensepedia.com/data/systems/neustrashimy.json
- [NoDong-1](https://www.defensepedia.com/systems/nodong-1.html): The NoDong is a medium-range ballistic missile indigenous to North Korea. The missile has a maximum range of 1250 km, making it capable of striking all of South Korea and Japan. JSON: https://www.defensepedia.com/data/systems/nodong-1.json
- [North Korean nuclear forces](https://www.defensepedia.com/systems/north-korea-nuclear.html): Estimated warhead inventory of 60 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/north-korea-nuclear.json
- [Novator 9M729 (SSC-8)](https://www.defensepedia.com/systems/novator-9m729.html): The Novator 9M729 (SSC-8) Russian Long-Range Cruise Missile is a Russian ground-launched cruise missile labeled a "missile of concern" by the US after being test-launched from a road-mobile launcher in violation of the Intermediate-Range Nuclear Forces (INF) Treaty. Moscow claims the missile is fully compliant with the INF. JSON: https://www.defensepedia.com/data/systems/novator-9m729.json
- [Novorossiysk Class (Project 636.3 Class)](https://www.defensepedia.com/systems/novorossiysk.html): The NOVOROSSIYSK-class subs are an improved version of the Project 877 Kilo-class boats. The Project 636.3 configuration modifies the standard Project 636 Improved KILO-class subs, which have been exported. JSON: https://www.defensepedia.com/data/systems/novorossiysk.json
- [OH-58D Kiowa Warrior](https://www.defensepedia.com/systems/oh-58d-kiowa-warrior.html): The OH-58D Kiowa Warrior American Reconnaissance Helicopter is a single engine reconnaissance helicopter, developed by Bell. It represents a further development of its predecessor, the OH-58 Kiowa scout helicopter. JSON: https://www.defensepedia.com/data/systems/oh-58d-kiowa-warrior.json
- [Ondatra Class (Project 1176 Class)](https://www.defensepedia.com/systems/ondatra.html): The Ondatra Class (Project 1176 Class) Russian Landing Craft is a class of landing craft built for the Soviet Navy and Russian Navy between 1971 and 2009. The vessels were built by the Azovskiy Shipyard, Rybinsk Shipyard, and Vladivostok Shipyard. JSON: https://www.defensepedia.com/data/systems/ondatra.json
- [Oniks-M](https://www.defensepedia.com/systems/oniks-m.html): Oniks-M - version of Oniks with improved range (up to 800 km), accuracy and ECCM capabilities. JSON: https://www.defensepedia.com/data/systems/oniks-m.json
- [Oreshnik](https://www.defensepedia.com/systems/oreshnik.html): The Oreshnik Russian Intermediate-Range Ballistic Missile is a next-generation Russian weapon believed to feature hypersonic capabilities, precision guidance, and the ability to carry multiple independently targetable reentry vehicles (MIRVs), making it a significant threat to both air defenses and strategic targets. JSON: https://www.defensepedia.com/data/systems/oreshnik.json
- [Orion](https://www.defensepedia.com/systems/orion.html): The Orion Russian Medium-Altitude Long Endurance (MALE) Unmanned Aerial Vehicle (UAV) is a military drone, reconnaissance, and drone for long-duration flight. The Orion is being developed for the Russian Aerial Forces, the Navy, and the Special Forces. JSON: https://www.defensepedia.com/data/systems/orion.json
- [Orlan-10](https://www.defensepedia.com/systems/orlan-10.html): Orlan-10 is a medium-range, multi-purpose unmanned aerial vehicle (UAV) developed by Russian firm Special Technology Center LLC in St Petersburg. The UAV is in service with the Ministry of Defense of the Russian Federation. JSON: https://www.defensepedia.com/data/systems/orlan-10.json
- [Orlan-30](https://www.defensepedia.com/systems/orlan-30.html): The Orlan-30 Russian Unmanned Aerial Vehicle (UAV) are scaled-up derivative of the Orlan-10 already in Russian service. It is designed for airborne surveillance, as well as for locating, spotting, and recognizing objects that are either visible or infrared. JSON: https://www.defensepedia.com/data/systems/orlan-30.json
- [Orlan-50](https://www.defensepedia.com/systems/orlan-50.html): The Orlan-50 Russian Unmanned Aerial Vehicle (UAV) are scaled-up derivatives of the Orlan-10 already in Russian service. JSON: https://www.defensepedia.com/data/systems/orlan-50.json
- [Oscar II Class (Project 949A Antey Class)](https://www.defensepedia.com/systems/oscar-ii.html): The OSCAR II class SSGNs are the second-largest submarines in the world, second only to the U.S. OHIO class SSBN/SSGNs. SSGN Oscar II class cruise-missile submarines (Project 949A/Antey class) are designed primarily to attack NATO aircraft carriers, battle groups. JSON: https://www.defensepedia.com/data/systems/oscar-ii.json
- [OTR-21 Tochka (SS-21 Scarab)](https://www.defensepedia.com/systems/otr-21-tochka.html): First operationalized in 1975, the road-mobile Scarab-A variant was designed to be deployed alongside conventional forces, maintain flexibility on the battlefield, and attack tactical targets such as bridges, storage facilities, troop concentrations, and airfields. JSON: https://www.defensepedia.com/data/systems/otr-21-tochka.json
- [OW5-A50](https://www.defensepedia.com/systems/ow5-a50.html): The OW5-A50 Chinese Laser Air Defense System has been developed to counter drones and other low-flying targets, including helicopters and mortar rounds. JSON: https://www.defensepedia.com/data/systems/ow5-a50.json
- [P-1000 Vulcan (SS-N-12 Sandbox)](https://www.defensepedia.com/systems/p-1000-vulcan.html): P-1000 Vulcan (SS-N-12 Sandbox) Russian Anti-Ship Cruise missiles were installed on three Echo II submarines towards the end of the Cold War. The P-1000 Vulkan (GRAU 3M70) presumably has the same firing range and maximum speed as the P-500 Bazalt (range 800 km). JSON: https://www.defensepedia.com/data/systems/p-1000-vulcan.json
- [P-15M (Squat Eye)](https://www.defensepedia.com/systems/p-15m.html): Squat Eye** is a ground-based air surveillance and target acquisition radar associated with the SA-3 Goa** surface-to-air missile (SAM) system. Squat Eye works in conjunction with the Low Blow ** missile fire control radar to supply an air-defense site's coverage of low-altitude targets. JSON: https://www.defensepedia.com/data/systems/p-15m.json
- [P-270 Moskit (SS-N-22 Sunburn)](https://www.defensepedia.com/systems/p-270-moskit.html): The P-270 Moskit is a Soviet supersonic ramjet-powered anti-ship cruise missile. Its GRAU designation is 3M80, the air-launched variant is the Kh-41 and its NATO reporting name is SS-N-22 Sunburn. JSON: https://www.defensepedia.com/data/systems/p-270-moskit.json
- [P-700 Granit (SS-N-19 Shipwreck)](https://www.defensepedia.com/systems/p-700-granit.html): The SS-N-19 Shipwreck is a supersonic medium-range, anti-ship cruise missile that evolved from the SS-N-3 Shaddock/SS-N-12 Sandbox missile series. It was deployed in both surface ships and submarines. JSON: https://www.defensepedia.com/data/systems/p-700-granit.json
- [P-800 Bolid](https://www.defensepedia.com/systems/p-800-bolid.html): P-800 Bolid - Submarine-launched Version of theP-800 Oniks The P-800 Oniks (Russian: П-800 Оникс; English: Onyx), also known in export markets as Yakhont (Russian: Яхонт; English: ruby), is a Soviet / Russian supersonic anti-ship cruise missile developed by NPO Mashinostroyeniya as a ramjet version of P-80 Zubr. JSON: https://www.defensepedia.com/data/systems/p-800-bolid.json
- [P-800 Yakhont](https://www.defensepedia.com/systems/p-800-yakhont.html): P-800 Yakhont – Export version of Oniks. The P-800 Oniks (Russian: П-800 Оникс; English: Onyx), also known in export markets as Yakhont (Russian: Яхонт; English: ruby), is a Soviet / Russian supersonic anti-ship cruise missile developed by NPO Mashinostroyeniya as a ramjet version of P-80 Zubr. JSON: https://www.defensepedia.com/data/systems/p-800-yakhont.json
- [Pakistani nuclear forces](https://www.defensepedia.com/systems/pakistan-nuclear.html): Estimated warhead inventory of 170 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/pakistan-nuclear.json
- [Palantin-K](https://www.defensepedia.com/systems/palantin-k.html): The Palantin‑K Russian Electronic Warfare System is designed to jam and disrupt enemy communications, navigation, and drone control in the HF/VHF bands at the operational‑tactical (army) level. It has been actively used and repeatedly destroyed in Russia’s war against Ukraine, which is why it appears often in current reporting. JSON: https://www.defensepedia.com/data/systems/palantin-k.json
- [Panha 2091 (Toufan I)](https://www.defensepedia.com/systems/panha-2091.html): The Panha 2091 "Toufan" is an Iranian overhaul and upgrade of the Bell AH-1J International (export version of the SeaCobra) attack helicopter purchased before the 1979 Islamic Revolution. The overhaul and upgrade program is known as project number 2091 of the Iranian Helicopter Support and Renewal Company (also known as Panha). JSON: https://www.defensepedia.com/data/systems/panha-2091.json
- [Pantsir-S1 (SA-22 Greyhound)](https://www.defensepedia.com/systems/pantsir-s1.html): The Pantsir-S1 (SA-22 Greyhound) Russian Short-Range Air Defense Gun/Missile System is a self-propelled anti-aircraft gun and missile (SPAAGM) system designed by Russia. JSON: https://www.defensepedia.com/data/systems/pantsir-s1.json
- [PARS 4x4](https://www.defensepedia.com/systems/pars-4x4.html): The PARS 4x4 Turkish Amphibious Wheeled Armored Combat Vehicle (WACV) is specifically designed for specialized operational roles, encompassing advanced surveillance, anti-tank operations, and command and control capabilities. JSON: https://www.defensepedia.com/data/systems/pars-4x4.json
- [PARS ALPHA 8x8](https://www.defensepedia.com/systems/pars-alpha-8x8.html): The PARS ALPHA 8x8 Turkish Armored Fighting Vehicle is a new-generation armored Fighting Vehicle designed to surpass the most challenging tactical and operational requirements. JSON: https://www.defensepedia.com/data/systems/pars-alpha-8x8.json
- [PARS III 6x6](https://www.defensepedia.com/systems/pars-iii-6x6.html): The PARS III 6x6 Turkish Wheeled Armored Combat Vehicle has been meticulously designed with a primary focus on mobility, protection, payload capacity, and potential for future enhancements. This vehicle incorporates state-of-the-art armored vehicle technologies to align with the operational requirements of contemporary military forces. JSON: https://www.defensepedia.com/data/systems/pars-iii-6x6.json
- [PARS III 8x8](https://www.defensepedia.com/systems/pars-iii-8x8.html): The PARS III 8x8 Turkish Wheeled Armored Combat Vehicle has been developed with special emphasis on mobility, protection, payload, and growth potential. It is equipped with cutting-edge armored vehicle technologies to achieve performance and durability, meeting the operational requirements of modern armies. JSON: https://www.defensepedia.com/data/systems/pars-iii-8x8.json
- [PARS IV 8x8](https://www.defensepedia.com/systems/pars-iv-8x8.html): The PARS IV 8x8 Turkish New Generation Wheeled Armoured Vehicle (NGWAV) has been updated to adapt to various combat environments and to incorporate constantly evolving technologies, providing its users with tactical advantages on the battlefield. JSON: https://www.defensepedia.com/data/systems/pars-iv-8x8.json
- [PCL-09](https://www.defensepedia.com/systems/pcl-09.html): The Chinese Army has followed the global shift and embraced the concept of a lighter, more mobile ground force. This is showcased by the adoption of such battlefield elements as the PCL-09, a 6x6 wheeled, self-propelled, artillery-carrying vehicle capable of delivering various warhead types at range. JSON: https://www.defensepedia.com/data/systems/pcl-09.json
- [PCL-161](https://www.defensepedia.com/systems/pcl-161.html): The PCL-161 Chinese 122mm Self-Propelled Howitzer (SPH) is a truck-mounted 122 mm self-propelled howitzer used by the Chinese People's Liberation Army Ground Force. The PCL-161 was designed to provide indirect fire support. JSON: https://www.defensepedia.com/data/systems/pcl-161.json
- [PCL-171](https://www.defensepedia.com/systems/pcl-171.html): The PCL-171 Chinese 122mm Self-Propelled Howitzer is an assault-vehicle-mounted, 122 mm self-propelled howitzer used by the Chinese People's Liberation Army Ground Force. Each battery consists of 6 PCL-171 guns, command vehicles, ammunition vehicles, reconnaissance vehicles and other equipment. JSON: https://www.defensepedia.com/data/systems/pcl-171.json
- [PCL-181 (SH-15)](https://www.defensepedia.com/systems/pcl-181.html): The PCL-181 (SH-15) Chinese 155mm Self-Propelled Howitzer (SPH) is a 155 mm/52 caliber wheeled self-propelled howitzer (SPH) based on a Shaanxi 6×6 truck. JSON: https://www.defensepedia.com/data/systems/pcl-181.json
- [Pelena-1](https://www.defensepedia.com/systems/pelena-1.html): The Pelena-1 Russian High Power S-Band Counter-AWACS Radar Jammer is a Russian ground‑based, high‑power S‑band radar jammer designed specifically to degrade or deny the radar of AWACS‑type aircraft, such as the E‑3 Sentry, out to roughly 250 km. JSON: https://www.defensepedia.com/data/systems/pelena-1.json
- [PG99](https://www.defensepedia.com/systems/pg99.html): The PG99 is a twin barrel, low-altitude air defense weapon that is reported to be an effective part of the People's Liberation Army's (PLA's) air defense network. It was developed/licensed produced from the GDF-002 to engage low-altitude and helicopter-type targets within 4,000m slant range, or light armored targets and landing crafts. JSON: https://www.defensepedia.com/data/systems/pg99.json
- [PGZ-09 (Type 09)](https://www.defensepedia.com/systems/pgz-09.html): The PGZ-09 (Type 09) Chinese 35mm Self-Propelled Anti-Aircraft Gun is a Chinese-made 35mm self-propelled anti-aircraft gun. JSON: https://www.defensepedia.com/data/systems/pgz-09.json
- [PGZ-88 (Type 88)](https://www.defensepedia.com/systems/pgz-88.html): The PGZ-88 (Type 88) Chinese 37mm Self-Propelled Anti-Aircraft Gun, the PLA's first-generation fully automatic self-propelled anti-aircraft artillery [SPAAA] system, features a Type 74 twin-37mm AAA mounted on a Type 69 MBT chassis. The turret is welded and fully enclosed with search radar and fire control equipment on top. JSON: https://www.defensepedia.com/data/systems/pgz-88.json
- [PHL-03 (AR2)](https://www.defensepedia.com/systems/phl-03.html): The PHL-03 (AR2) Chinese 300mm Multiple Rocket Launcher (MRL) is the variant that retains the original BM-30 (9A52) Smerch configuration with 12 launch tubes for 300 mm artillery rockets. The Chinese rockets are, however, not compatible with the Russian Smerch systems. JSON: https://www.defensepedia.com/data/systems/phl-03.json
- [PHL-11](https://www.defensepedia.com/systems/phl-11.html): The PHL-11 Chinese 122mm Multiple Launch Rocket System (MLRS) is a truck-mounted self-propelled 122 mm multiple rocket launcher (SPMRL) produced by Norinco for the People's Liberation Army Ground Force. It is a modernized replacement for the older PHL-81. JSON: https://www.defensepedia.com/data/systems/phl-11.json
- [PHL-16 (PCH-191)](https://www.defensepedia.com/systems/phl-16.html): The PHL-16 (AR3) Chinese 370mm Multiple Rocket Launcher System can operate in battery, battalion, or autonomously. A typical battery includes launcher vehicles, reloading vehicles, command post vehicles, meteorological survey vehicles, and other associated support vehicles. JSON: https://www.defensepedia.com/data/systems/phl-16.json
- [PHL-63 (Type 63)](https://www.defensepedia.com/systems/phl-63.html): The PHL-63 (Type 63) Chinese 107mm Multiple Rocket Launcher has 12 tubes arranged in three lines of four tubes each. All the tubes are parallel to each other and mounted co-axially on a cradle. JSON: https://www.defensepedia.com/data/systems/phl-63.json
- [PHL-81 (Type 81)](https://www.defensepedia.com/systems/phl-81.html): The PHL-81 (Type 81) Chinese 122mm Multiple Rocket Launcher (MRL) is a 40-round 122 mm wheeled multiple rocket launcher (MRL), which can fire unguided 122 mm rockets to a maximum range of 30,000 m with a rapid rate of fire of 40 rounds in 20 seconds. Note Type 81 (old naming system) PHL-81 (new naming system). JSON: https://www.defensepedia.com/data/systems/phl-81.json
- [PHL-90B (Type 90B)](https://www.defensepedia.com/systems/phl-90b.html): The PHL-90B (Type 90B) Chinese 122mm Multiple Rocket Launcher (MRL) is the second generation of Type 90 series MLRS (Multiple Launch Rocket System) of 122mm caliber. The weapon system is designed and manufactured by the Chinese Defense Company NORINCO. JSON: https://www.defensepedia.com/data/systems/phl-90b.json
- [PHZ-11](https://www.defensepedia.com/systems/phz-11.html): The PHZ-11 Chinese 122mm Multiple Launch Rocket System (MLRS) is an improved version of the previous PZH-10. JSON: https://www.defensepedia.com/data/systems/phz-11.json
- [PL-96 (Type 96)](https://www.defensepedia.com/systems/pl-96.html): The PL-96 (Type 96) Chinese 122mm Towed Howitzer is a copy of the Soviet D-30 howitzer. It is also referred as Type 96. JSON: https://www.defensepedia.com/data/systems/pl-96.json
- [PLL-01 (WAC-021)](https://www.defensepedia.com/systems/pll-01.html): The PLL-01 (WAC-021) Chinese 155mm Towed Howitzer is fitted with an auxiliary power unit which is a small air-cooled 77 hp diesel engine. It is installed in a fairing carried atop the front of the carriage. JSON: https://www.defensepedia.com/data/systems/pll-01.json
- [PLL-05 (Type 05)](https://www.defensepedia.com/systems/pll-05.html): The PLL-05 is based on the ZSL-92 APC. The 'Z' stands for 'armoured' (装甲, zhuangjia), the 'S' for 'transport' (输送, shusong), and the 'L' for 'wheeled' (轮式, lunshi). The hull of the vehicle is boat-shaped with a sloped upper hull. JSON: https://www.defensepedia.com/data/systems/pll-05.json
- [PLL-09 (Type 09)](https://www.defensepedia.com/systems/pll-09.html): The PLL-09 is a Chinese 122 mm self-propelled howitzer. Currently, this howitzer is widely used by China's army. JSON: https://www.defensepedia.com/data/systems/pll-09.json
- [PLZ-05 (Type 05)](https://www.defensepedia.com/systems/plz-05.html): The PLZ-05 was designed and manufactured by the China North Industries Group Corporation (CNGC), better known as Norinco. According to most reports, its development started in the mid-1990s, as a further development of the PLZ-45, an export version which already saw combat. JSON: https://www.defensepedia.com/data/systems/plz-05.json
- [PLZ-07 (Type 07)](https://www.defensepedia.com/systems/plz-07.html): The PLZ-07 (Type 07) Chinese 122mm Self-Propelled Howitzer (SPH) is a Chinese tracked self-propelled howitzer armored vehicle designed and manufactured by the China North Industries Group Corporation (NORINCO). JSON: https://www.defensepedia.com/data/systems/plz-07.json
- [PLZ-07B (Type 07B)](https://www.defensepedia.com/systems/plz-07b.html): The PLZ-07B (Type 07B) Chinese 122mm Amphibious Self-Propelled Howitzer (SPH) Chinese 122mm Amphibious Self-Propelled Howitzer (SPH) combines the cannon and fire-control system from the Type 07B howitzer with the ZBD-2000 hull. JSON: https://www.defensepedia.com/data/systems/plz-07b.json
- [PLZ-10 (Type 05A)](https://www.defensepedia.com/systems/plz-10.html): The PLZ-10 (Type 05A) Chinese 120mm Self-Propelled Mortar is in service with the Chinese army and is used to support mechanized troops. JSON: https://www.defensepedia.com/data/systems/plz-10.json
- [PLZ-45 (Type 88)](https://www.defensepedia.com/systems/plz-45.html): The PLZ-45 or Type 88 is a 155mm self-propelled howitzer developed by Norinco in the 1990s for the export market. It is based on Norinco's Type 89 (PLL01) 155mm/45-calibre towed gun-howitzer. JSON: https://www.defensepedia.com/data/systems/plz-45.json
- [PLZ-52](https://www.defensepedia.com/systems/plz-52.html): The PLZ-52 is a Chinese self-propelled howitzer. It is similar in appearance to the PLZ-45, however, it packs a heavier punch. JSON: https://www.defensepedia.com/data/systems/plz-52.json
- [PLZ-83 (Type 83)](https://www.defensepedia.com/systems/plz-83.html): The PLZ-83 (Type 83) Chinese 152mm Self-Propelled Howitzer (SPH) is capable of firing all standard types of 152mm rounds. The main armament cannon is based on the Chinese 152mm towed Type 66 mounted on a vehicle hull similar to the Russian 152mm SP gun-howitzer 2S3. JSON: https://www.defensepedia.com/data/systems/plz-83.json
- [PLZ-89 (Type 89)](https://www.defensepedia.com/systems/plz-89.html): The PLZ-89 (Type 89) Chinese 122mm Self-Propelled Howitzer (SPH) is used by the People's Liberation Army of China to replace Type 85 and Type 70 122 mm self-propelled howitzer. PLZ-89 was first unveiled to the public during the 1999 National Day military parade. JSON: https://www.defensepedia.com/data/systems/plz-89.json
- [Pohang Class](https://www.defensepedia.com/systems/pohang.html): The Pohang-class corvette is a class of general-purpose corvettes operated by the Republic of Korea Navy. They have served in a coastal defense role during the late Cold War and post Cold War period. JSON: https://www.defensepedia.com/data/systems/pohang.json
- [Precision Strike Missile (PrSM)](https://www.defensepedia.com/systems/prsm.html): Surface-to-surface missile fired from M270 and HIMARS launchers, two per launch pod; Increment 2 production awarded in 2026. JSON: https://www.defensepedia.com/data/systems/prsm.json
- [Priz Class (Project 1855 Class)](https://www.defensepedia.com/systems/priz.html): Priz Class (Project 1855 Class) Russian Deep Submergence Rescue Vehicles a type of Deep Submergence Rescue Vehicle (DSRV) operated by the government of Russia. There are known to be at least five vessels of the class, several of which were involved in the failed rescue attempt when the Kursk sank on 12 August 2000. JSON: https://www.defensepedia.com/data/systems/priz.json
- [PRP-4A (Argus)](https://www.defensepedia.com/systems/prp-4a.html): The PRP-4A Argus mobile reconnaissance post is the latest version of the PRP-4 Nard, which was adopted back in the early 1980s. The PRP-4A Argus has enhanced capabilities over its predecessor. JSON: https://www.defensepedia.com/data/systems/prp-4a.json
- [PT-91 Twardy](https://www.defensepedia.com/systems/pt-91-twardy.html): The PT-91 Twardy (hard) is an improved variant of the Soviet T-72 main battle tank. The PT-91 was developed in Poland in the early 1990s. JSON: https://www.defensepedia.com/data/systems/pt-91-twardy.json
- [PTL-02](https://www.defensepedia.com/systems/ptl-02.html): The PTL02 tank destroyer is based on the Type 92 wheeled armored vehicle and is fielded along with the Type 92 infantry fighting vehicles and Type 92 armored personnel carriers. JSON: https://www.defensepedia.com/data/systems/ptl-02.json
- [PTZ-89 (Type 89)](https://www.defensepedia.com/systems/ptz-89.html): The PTZ-89 (Type 89) Chinese 120mm Tank Destroyer was a Chinese armored vehicle developed by Norinco for the People’s Liberation Army. The vehicle is developed in the 1980s and entered service in 1988. JSON: https://www.defensepedia.com/data/systems/ptz-89.json
- [Puma](https://www.defensepedia.com/systems/puma.html): The Puma is a German infantry fighting vehicle (Schützenpanzer or short SPz) designed to replace the aging Marder IFVs currently in service with the German Army. Production of the first batch of 350 vehicles began in 2010 and is scheduled for completion by August 2020. JSON: https://www.defensepedia.com/data/systems/puma.json
- [PZH-10](https://www.defensepedia.com/systems/pzh-10.html): The PZH-10 Chinese 122mm Multiple Launch Rocket System (MLRS)is a new China artillery rocket system. It was developed to supplement and replace the older PZH-89, also known as the Type 89. JSON: https://www.defensepedia.com/data/systems/pzh-10.json
- [PZH-89 (Type 89)](https://www.defensepedia.com/systems/pzh-89.html): The PZH-89 (Type 89) Chinese 122mm Multiple Rocket Launcher (MRL) is a well-armored tracked vehicle that carries a 40-tube array. The vehicle chassis is based on a Type 83 152mm self-propelled gun/howitzer. JSON: https://www.defensepedia.com/data/systems/pzh-89.json
- [Q-5/A-5 (Fantan)](https://www.defensepedia.com/systems/q-5-a-5.html): The Nanchang Q-5 (Qiang-5; NATO reporting name: Fantan), also known as the A-5 in its export versions, is a Chinese-built single seat, twin jet engine ground-attack aircraft based off of the Soviet MiG-19. However, the aircraft is primarily used for close air support. JSON: https://www.defensepedia.com/data/systems/q-5-a-5.json
- [Qasef-1](https://www.defensepedia.com/systems/qasef-1.html): The Qasef-1 loitering munition is based on the Ababil-2 airframe and has a 30-kg warhead. It has been solely operated by Yemeni Houthis, who have mostly used it to attack the radar components of MIM-104 Patriot surface-to-air missiles. JSON: https://www.defensepedia.com/data/systems/qasef-1.json
- [QN-506](https://www.defensepedia.com/systems/qn-506.html): QN-506 Fire Support Vehicle was developed by Wuhan Guide Infrared and is designed to suppress enemy forces in urban areas and during counterterrorism operations. The base of the QN-506 is a chassis of a Type 59 tank, on which the ZPT99 weapon station is mounted. JSON: https://www.defensepedia.com/data/systems/qn-506.json
- [QW Family (QW-1, QW-2, QW-3) of](https://www.defensepedia.com/systems/qw-family-of.html): The QW-1 (Qianwei-Advanced Guard) Vanguard infrared-guided surface-to-air missile (SAM) is similar in appearance to the U.S. FIM-92 Stinger. It was first developed as a replacement for the HN-5 shoulder-launched SAM (the Chinese version of the Russian SA-7 Grail), but is also can be deployed on light helicopters. JSON: https://www.defensepedia.com/data/systems/qw-family-of.json
- [QW-18](https://www.defensepedia.com/systems/qw-18.html): QW-18 is a new all-climate man transportable shoulder-fired anti-aircraft missile system, with outstanding anti-interference function of the infrared, to attack the enemy to all low-altitude, low altitude strikes, and speeds of 300 m / s following a variety of flying target. JSON: https://www.defensepedia.com/data/systems/qw-18.json
- [QW-4](https://www.defensepedia.com/systems/qw-4.html): The newest member of QW series with the fuze similar to that of QW-2, and a new thermal imaging seeker. The new fully electric control surfaces provide smoother flight path curves, thus greatly improved accuracy. JSON: https://www.defensepedia.com/data/systems/qw-4.json
- [R-149MA3](https://www.defensepedia.com/systems/r-149ma3.html): R-149MA3 unified command vehicle based on BTR-80 APC. Unified command vehicle R-149MA3 is designated for providing command management and communications for the units and servicemen of company-platoon-squad levels. See Communication Equipment. JSON: https://www.defensepedia.com/data/systems/r-149ma3.json
- [R-17 Elbrus (R-300 Scud B)](https://www.defensepedia.com/systems/r-17-elbrus.html): The Scud is a mobile, Russian-made, short-range, tactical ballistic surface-to-surface (hence the nomenclature abbreviation SS) missile system. The SCUD-series guided missiles are single-stage, short-range ballistic missiles using storable liquid propellants. JSON: https://www.defensepedia.com/data/systems/r-17-elbrus.json
- [R-330B](https://www.defensepedia.com/systems/r-330b.html): The upgraded R-330B/R-330T VHF jamming system is designed for detection, direction-finding, and jamming of VHF communication facilities operated at tactical command level at fixed frequencies with conventional waveforms, in programmed and automatic frequency tuning modes, as well as for transmitting short encoded messages. JSON: https://www.defensepedia.com/data/systems/r-330b.json
- [R-330K](https://www.defensepedia.com/systems/r-330k.html): The R-330K Russian Mobile Automated Control Station is designed for automated centralized control of automated jamming stations (AJS) such as R-325U, R-330T(B), R-378A(B), and R-934B. It also coordinates the use of AJS thereby increasing the efficiency of jamming HF and VHF/UHF communication lines and networks. JSON: https://www.defensepedia.com/data/systems/r-330k.json
- [R-330P Piramida-I](https://www.defensepedia.com/systems/r-330p-piramida-i.html): The R-330P Piramida-I Russian Amphibious Armored Electronic Warfare System s an electronic warfare (EW) system deployed on a tracked platform (MT-LB) and intended to neutralize unmanned aerial vehicles and communications. It is fitted with a VHF jammer with a maximum range of up to 25 kilometers. JSON: https://www.defensepedia.com/data/systems/r-330p-piramida-i.json
- [R-330Zh Zhitel](https://www.defensepedia.com/systems/r-330zh-zhitel.html): The R-330Zh also named Zhitel is a jamming communication station designed and manufactured by the Russian Company Protek. The system is in service with the Russian army. JSON: https://www.defensepedia.com/data/systems/r-330zh-zhitel.json
- [R-378A](https://www.defensepedia.com/systems/r-378a.html): The R-378A is a HF communications jammer designed for detection, direction-finding and jamming of HF radio frequencies operating in fixed frequencies and programmable and automatic frequency tuning modes. JSON: https://www.defensepedia.com/data/systems/r-378a.json
- [R-381T3](https://www.defensepedia.com/systems/r-381t3.html): R-381T3 Automatic Data Processing Station. The 381T3 Automatic Data Processing Station is part of the R-381T Taran Complex. JSON: https://www.defensepedia.com/data/systems/r-381t3.json
- [R-934B](https://www.defensepedia.com/systems/r-934b.html): The R-934B Russian VHF Air Communication Automated Jamming Station is an automated VHF/UHF jamming station whose primary mission is to disrupt airborne voice and data channels used by aircraft, helicopters, UAVs, and associated command‑and‑control links. JSON: https://www.defensepedia.com/data/systems/r-934b.json
- [Ra'ad (Thunder- 1)](https://www.defensepedia.com/systems/ra-ad.html): Raad or Ra'd (Persian: رعد‎, meaning "thunder") is an Iranian aerial defence system deployed in September 2012. The system is designed to enhance Iran's capabilities in terms of defense, and as a partner to Bavar 373 air defense system. JSON: https://www.defensepedia.com/data/systems/ra-ad.json
- [Raad-2 (Thunder-2)](https://www.defensepedia.com/systems/raad-2.html): The 155mm Raad-2 (Thunder 2) is a domestically developed self-propelled howitzer system in Iranian army service. The system uses components from other domestic armored vehicle programs to simplify logistics and training. JSON: https://www.defensepedia.com/data/systems/raad-2.json
- [Raad-2M](https://www.defensepedia.com/systems/raad-2m.html): In early September 1997 it was reported that Iran had successfully tested a locally built rapid fire mobile field gun known as Raad-2 (Thunder-2). It uses a turret that has a similar layout to the M109A1, 155mm/39-cal self-propelled howitzer. JSON: https://www.defensepedia.com/data/systems/raad-2m.json
- [Rafale](https://www.defensepedia.com/systems/rafale.html): The Dassault Rafale (French pronunciation: ​[ʁafal], literally meaning "gust of wind", and "burst of fire" in a more military sense) is a French twin-engine, canard delta wing, multirole fighter aircraft designed and built by Dassault Aviation. JSON: https://www.defensepedia.com/data/systems/rafale.json
- [Rakhsh](https://www.defensepedia.com/systems/rakhsh.html): Rakhsh is a lightweight Iranian 4x4 cross-country APC developed and produced by DIO's Shahid Kolah Dooz Industrial Complex and named after Rakhsh, the mythical horse of Rostam in Shahnama. It is probably based on a proven 4 × 4 cross-country chassis present in Iran before and is in service of Iranian Police, Iranian Army, IRGC and Sudan. JSON: https://www.defensepedia.com/data/systems/rakhsh.json
- [Raptor Class (Project 03160 Class)](https://www.defensepedia.com/systems/raptor.html): Raptor Class (Project 03160 Class) Russian High-Speed Patrol Boat is designed to patrol coastal areas, carry out search and rescue operations, intercept small targets and defend ports and bases from the small surface and aerial threats. JSON: https://www.defensepedia.com/data/systems/raptor.json
- [RB-301B Borisoglebsk-2 (RB-301B)](https://www.defensepedia.com/systems/rb-301b-borisoglebsk-2.html): The RB-301B Borisoglebsk-2 (RB-301B) Russian Amphibious Multipurpose Jamming Complex is a Russian, MT-LB ground vehicle-mounted, multi-functional electronic warfare (EW) weapon system. It was developed by Sozvezdie over a six-year period, from 2004 to 2010. JSON: https://www.defensepedia.com/data/systems/rb-301b-borisoglebsk-2.json
- [RB-341V Leer-3](https://www.defensepedia.com/systems/rb-341v-leer-3.html): The RB-341V Leer-3 Russian 6x6 Mobile Drone-Based Electronic Warfare (EW) System combines jammers and Orlan-10 unmanned aerial vehicles to disable cellular networks, and allow the Russian military to send fake messages to subscribers. JSON: https://www.defensepedia.com/data/systems/rb-341v-leer-3.json
- [RB-531B Infauna](https://www.defensepedia.com/systems/rb-531b-infauna.html): The RB-531B Infauna Russian 8x8 Amphibious Electronic Warfare System is a Russian 8×8 amphibious, vehicle‑mounted electronic warfare (EW) system based on a modified BTR‑80 chassis, designed primarily to detect and jam enemy communications and protect forces from radio‑controlled explosives and precision‑guided weapons. JSON: https://www.defensepedia.com/data/systems/rb-531b-infauna.json
- [RB-636 Svet-KU](https://www.defensepedia.com/systems/rb-636-svet-ku.html): The RB-636 Svet-KU Russian 4x4 Electronic Warfare System is used for radio‑electronic surveillance, signal intelligence, and protection of communications. JSON: https://www.defensepedia.com/data/systems/rb-636-svet-ku.json
- [RCH 155](https://www.defensepedia.com/systems/rch-155.html): In April 2014, Krauss-Maffei Wegmann decided to integrate the artillery gun module (AGM) onto the Boxer armored vehicle, with the system making an appearance at Eurosatory in June 2014. JSON: https://www.defensepedia.com/data/systems/rch-155.json
- [Red Arrow AFT-10](https://www.defensepedia.com/systems/red-arrow-aft-10.html): Red Arrow AFT-10 Chinese Anti-Tank Guided Missile Carrier is developed by Norinco. JSON: https://www.defensepedia.com/data/systems/red-arrow-aft-10.json
- [Repellent-1](https://www.defensepedia.com/systems/repellent-1.html): The Repellent-1 Russian 8x8 Anti-Drone Warfare Complex is designed for remote detection, trajectory tracking, identification and neutralization of small UAVs in all weather and any terrain conditions. JSON: https://www.defensepedia.com/data/systems/repellent-1.json
- [Ripsaw](https://www.defensepedia.com/systems/ripsaw.html): The Ripsaw is a developmental unmanned light tank designed and built by Howe & Howe Technologies for evaluation by the United States Army. The Howe brothers started the Ripsaw as a small family project in 2000. JSON: https://www.defensepedia.com/data/systems/ripsaw.json
- [RK-55 (SSC-X-4 'Slingshot')](https://www.defensepedia.com/systems/rk-55.html): The RK-55 (SSC-X-4 'Slingshot') Russian Long-Range Cruise Missile is the ground-launched component of the “55” series of cruise missiles which also included the Kh-55 air-launched missile. This family of cruise missiles was the Soviet Union’s response to the U.S. Tomahawk series. JSON: https://www.defensepedia.com/data/systems/rk-55.json
- [RKhM-2](https://www.defensepedia.com/systems/rkhm-2.html): The RKhM-2 is a mobile CBRN Reconnaissance Vehicle, which is a variant of the BTR-80 APC. Little is known about this vehicle. JSON: https://www.defensepedia.com/data/systems/rkhm-2.json
- [RKhM-4-01](https://www.defensepedia.com/systems/rkhm-4-01.html): The RKhM-4 is designed for radiation and chemical agent reconnaissance day and night, under adverse meteorological conditions, in rough terrain when negotiating natural and artificial ground or water obstacles. The vehicle design is based on the BTR-80 APC. JSON: https://www.defensepedia.com/data/systems/rkhm-4-01.json
- [RKhM-6](https://www.defensepedia.com/systems/rkhm-6.html): RKhM-6 "Povozka" – the latest version with state-of-the-art detection systems, including the PRKhDD-2B with a detection range of about 3 km. Furthermore, the RKhM-6 is equipped with an SN-RKhM inertial navigation system and a 14Ts834 satellite navigation system. JSON: https://www.defensepedia.com/data/systems/rkhm-6.json
- [Romeo Class (Project 633 Class)](https://www.defensepedia.com/systems/romeo.html): Romeo Class (Project 633 Class) Russian Diesel-Electric Submarine is a class of Soviet diesel-electric submarine, built between 1957 and 1961. A Chinese variant - Type 033 - was built in China from 1962 to 1984. JSON: https://www.defensepedia.com/data/systems/romeo.json
- [Ropucha Class (Project 775 Class)](https://www.defensepedia.com/systems/ropucha.html): The Ropucha class, Soviet designation Project 775, is a class of landing ships (large landing ships in Soviet classification) built in Poland for the Russian Navy. The ships were built in Poland in the Stocznia Północna shipyards in Gdańsk. JSON: https://www.defensepedia.com/data/systems/ropucha.json
- [Ropucha II Class (Project 775M Class)](https://www.defensepedia.com/systems/ropucha-ii.html): The Ropucha II Class (Project 775M Class) Russian Landing Ship, Tank (LST) are Larger than the Russian ALLIGATOR class LSTs, these ships represent the ultimate in Russian LST design. They are typed as BDK bol'shoy desantyy korbal' (large landing ships). JSON: https://www.defensepedia.com/data/systems/ropucha-ii.json
- [RS-24 Yars](https://www.defensepedia.com/systems/rs-24-yars.html): The RS-24 Yars (SS-29) Russian Intercontinental Ballistic Missile (ICBM) is an advanced intercontinental ballistic missile system that marks a significant improvement over the Topol-M. JSON: https://www.defensepedia.com/data/systems/rs-24-yars.json
- [RS-28 Sarmat](https://www.defensepedia.com/systems/rs-28-sarmat.html): The RS-28 Sarmat (SS-X-30) Russian Intercontinental Ballistic Missile (ICBM) represents a significant modernization of Russia's strategic nuclear deterrent. It is a three-stage, liquid-fueled, silo-based heavy ICBM. JSON: https://www.defensepedia.com/data/systems/rs-28-sarmat.json
- [RSM-56 Bulava (SS-NX-30)](https://www.defensepedia.com/systems/rsm-56-bulava.html): The RSM-56 Bulava (Russian: Булава, lit. "mace", NATO reporting name SS-NX-30 or SS-N-32, GRAU index 3M30, 3K30) is a submarine-launched ballistic missile (SLBM) developed for the Russian Navy and deployed in 2013 on the new Borei class of ballistic missile nuclear submarines. JSON: https://www.defensepedia.com/data/systems/rsm-56-bulava.json
- [RT-2000 (Thunderbolt-2000)](https://www.defensepedia.com/systems/rt-2000.html): The Thunderbolt-2000 is a wheeled MLRS system used by the Republic of China (Taiwan) Army. It was created with the intention of attacking enemy forces when disembarking from sea. JSON: https://www.defensepedia.com/data/systems/rt-2000.json
- [RT-2PM2 Topol-M](https://www.defensepedia.com/systems/rt-2pm2-topol-m.html): The RT-2PM2 Topol-M Russian Intercontinental Ballistic Missile (ICBM) is a Russian solid-fueled intercontinental ballistic missile with a range of 11,000 km. JSON: https://www.defensepedia.com/data/systems/rt-2pm2-topol-m.json
- [Rubezh-ME](https://www.defensepedia.com/systems/rubezh-me.html): At IMDS 2019, a new version of the Russian Bal-E coastal defence system is presented for the 1st time. The Rubezh-ME, dedicated to the export market, is based on a Kamaz 63501 8x8 chassis which is more compact than the MZKT-7930 of the original Bal-E. The Rubezh-ME still uses the same familly of KH-35 anti-ship missile. JSON: https://www.defensepedia.com/data/systems/rubezh-me.json
- [Russian nuclear forces](https://www.defensepedia.com/systems/russia-nuclear.html): Estimated warhead inventory of 5,420 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/russia-nuclear.json
- [Ruyi](https://www.defensepedia.com/systems/ruyi.html): The Ruyi Chinese Drone Take-Over System is the world’s first protocol-level drone take-over system. Through proprietary deep-parsing technology, it reverse-engineers mainstream RC communication protocols (ELRS, TBS, Frsky, and more) to seize control of target drones within visual range — or force an immediate propeller stop. JSON: https://www.defensepedia.com/data/systems/ruyi.json
- [S Series](https://www.defensepedia.com/systems/s-series.html): The S Series Chinese GNSS Spoofing System is a high-performance GNSS spoofing system engineered to misguide or redirect unauthorized drones by injecting counterfeit satellite navigation signals. JSON: https://www.defensepedia.com/data/systems/s-series.json
- [S-125 Neva/Pechora (SA-3 Goa)](https://www.defensepedia.com/systems/s-125-neva-pechora.html): The S-125 Neva/Pechora, NATO reporting name SA-3 Goa) Soviet surface-to-air missile system was designed by Aleksei Isaev to complement the S-25 and S-75. JSON: https://www.defensepedia.com/data/systems/s-125-neva-pechora.json
- [S-200 Dubna (SA-5 Gammon)](https://www.defensepedia.com/systems/s-200-dubna.html): The S-200 Volga (SA-5 Gammon**) is a Russian long-range, high-altitude strategic surface-to-air missile (SAM). JSON: https://www.defensepedia.com/data/systems/s-200-dubna.json
- [S-300P (SA-10 Grumble)](https://www.defensepedia.com/systems/s-300p.html): The S-300P (SA-10 Grumble) Russian 8x8 Long-Range Surface-to-Air Missile System is the original version of the S-300 system which became operational in 1978. In 1987, over 80 of these sites were active, primarily located in the Moscow area. JSON: https://www.defensepedia.com/data/systems/s-300p.json
- [S-300PMU-1 (SA-20 Gargoyle)](https://www.defensepedia.com/systems/s-300pmu-1.html): The S-300PMU-1 (SA-20 Gargoyle) Russian Long-Range Air Defense Missile System was first introduced in 1993, featuring the new and larger 48N6 missiles for the first time in a land-based system. It introduced all the same performance improvements as the S-300FM version, including increased speed, range, TVM guidance, and ABM capability. JSON: https://www.defensepedia.com/data/systems/s-300pmu-1.json
- [S-300PMU-2 Favourite (SA-20B)](https://www.defensepedia.com/systems/s-300pmu-2-favourite.html): The S-300PMU-2 or Favorit air defense missile system was developed especially for export. It evolved from the S-300PM-2, which was developed for the Russian Armed Forces. JSON: https://www.defensepedia.com/data/systems/s-300pmu-2-favourite.json
- [S-300V (SA-12a Gladiator)](https://www.defensepedia.com/systems/s-300v-2.html): The S-300V air defense missile system was developed to engage short- and intermediate-range ballistic missiles, cruise missiles, strategic and tactical aircraft, as well as early warning and electronic warfare aircraft. It was designed to counter the threat posed by Lance and Pershing ballistic missiles. JSON: https://www.defensepedia.com/data/systems/s-300v-2.json
- [S-300V (SA-12b Giant)](https://www.defensepedia.com/systems/s-300v.html): The S-300V air defense missile system was developed to engage short- and intermediate-range ballistic missiles, cruise missiles, strategic and tactical aircraft, as well as early warning and electronic warfare aircraft. It was designed to counter the threat posed by Lance and Pershing ballistic missiles. JSON: https://www.defensepedia.com/data/systems/s-300v.json
- [S-300VM (SA-23 Gladiator/Giant)](https://www.defensepedia.com/systems/s-300vm.html): The S‑300VM (SA-23 Gladiator/Giant) Russian Long-Range Air Defense Missile System is a Russian long‑range, mobile air and missile defense system (NATO: SA‑23 Gladiator/Giant) designed to protect key assets and troop formations from aircraft, cruise missiles, and short‑ to medium‑range ballistic missiles. JSON: https://www.defensepedia.com/data/systems/s-300vm.json
- [S-400 Triumf](https://www.defensepedia.com/systems/s-400.html): The S-400 name refers to a family of long-range air defense systems. The system family is only thought to have a domestic and an export variant, and only the former is treated as its own system of systems within this record, due to a lack of confirmed information relating to the export variant. JSON: https://www.defensepedia.com/data/systems/s-400.json
- [S-500 Prometey](https://www.defensepedia.com/systems/s-500.html): The S-500 Prometheus (Prometey) 10x10 Mobile Surface-to-Air Missile System (SAM) is an advanced medium- to long-range air-defense system designed by Russia's Almaz-Antey. JSON: https://www.defensepedia.com/data/systems/s-500.json
- [S-71K (Kover)](https://www.defensepedia.com/systems/s-71k.html): The S-71K (Kover) Russian Short-Range Cruise Missile is a new Russian air‑launched, low‑observable cruise missile developed primarily for the Su‑57 stealth fighter, giving it roughly a 200–300 km stand‑off strike capability with a 250 kg high‑explosive fragmentation warhead. JSON: https://www.defensepedia.com/data/systems/s-71k.json
- [S-75 Dvina (SA-2 Guideline)](https://www.defensepedia.com/systems/s-75-dvina.html): The S-75 (Russian: С-75; NATO reporting name SA-2 Guideline) is a Soviet-designed, high-altitude air defense system, built around a surface-to-air missile with command guidance. Following its first deployment in 1957 it became one of the most widely deployed air defense systems in history. JSON: https://www.defensepedia.com/data/systems/s-75-dvina.json
- [S-92A](https://www.defensepedia.com/systems/s-92a.html): The Sikorsky S-92 is an American twin-engine medium-lift helicopter built by Sikorsky Aircraft for the civil and military helicopter markets. The S-92 was developed from the Sikorsky S-70 helicopter and has similar parts such as flight control and rotor systems. JSON: https://www.defensepedia.com/data/systems/s-92a.json
- [S8000 Banderol](https://www.defensepedia.com/systems/s8000-banderol.html): The S8000 Banderol Russian Short-Range Cruise Missile is a modern Russian low‑cost cruise missile, primarily launched from drones, helicopters, and now ground launchers, used for long‑range strikes against targets in Ukraine. JSON: https://www.defensepedia.com/data/systems/s8000-banderol.json
- [SA-20C (S-300PMU-2)](https://www.defensepedia.com/systems/sa-20c.html): The SA-20C is an exported version of the S-300PMU-2 The S-300PMU-2 or SA-20B Favorit air defense missile system was developed especially for export. It evolved from the S-300PM-2, which was developed for the Russian Armed Forces. JSON: https://www.defensepedia.com/data/systems/sa-20c.json
- [SAM-14 (SA-14 Gremlin)](https://www.defensepedia.com/systems/sam-14.html): Hezbollah and Hamas Proliferation.SAM-14 (SA-14 Gremlin) Iranian Man-Portable Air Defense Missile System (MANPADS). JSON: https://www.defensepedia.com/data/systems/sam-14.json
- [SAM-14A (SA-16 Gimlet)](https://www.defensepedia.com/systems/sam-14a.html): The SAM-14 is a export of the Russian 9K310 Igla-1 (NATO: SA-16 Gimlet) The 9K310 Igla-1 system and its 9M313 missile were accepted into service in the Soviet army on 11 March 1981. JSON: https://www.defensepedia.com/data/systems/sam-14a.json
- [SAM-18 (SA-18 Grouse)](https://www.defensepedia.com/systems/sam-18.html): The SA-18 Grouse or Igla or 9K38 is a Russian made man-portable infrared homing surface-to-air missile defence system (SAM/MANPAD). This is a third-generation, man-portable, surface-to-air missile system and it is given the Russian industrial index number 9K38, for the complete system. JSON: https://www.defensepedia.com/data/systems/sam-18.json
- [SAM-22 (SA-22 Greyhound)](https://www.defensepedia.com/systems/sam-22.html): Iran imports many of their military weapons and equipment from China and Russia. The SAM-22 is a exported Pantsir-S1 (SA-22 Greyhound). JSON: https://www.defensepedia.com/data/systems/sam-22.json
- [Samavat](https://www.defensepedia.com/systems/samavat.html): The Samavat is an Iranian copy of the 35-mm GDF that was first publicly displayed in 2008. Some reports claim the Samavat is similar to the GDF-001; it is said to utilize a Skyguard GCS. GDF-001 This is the first production variant. JSON: https://www.defensepedia.com/data/systems/samavat.json
- [Sandworm Team](https://www.defensepedia.com/systems/sandworm.html): Destructive cyber threat group attributed to Russia's GRU Main Center for Special Technologies (GTsST), military unit 74455. JSON: https://www.defensepedia.com/data/systems/sandworm.json
- [Sang-O Class](https://www.defensepedia.com/systems/sang-o.html): The Sang-o-class coastal submarine is smaller than Romeo- and Whiskey-class subs, but larger than a midget submarine. It is apparently intended for use in coastal defense missions, minelaying and special forces insertion. JSON: https://www.defensepedia.com/data/systems/sang-o.json
- [Sariwon Class](https://www.defensepedia.com/systems/sariwon.html): The Sariwon class corvette is a Soviet-designed corvette used by North Korea. The class is based on the Soviet Fugas-class Tral type fleet minesweepers, but were built in North Korea in the 1960s. JSON: https://www.defensepedia.com/data/systems/sariwon.json
- [Sarov Class (Project 20120 Sargan Class)](https://www.defensepedia.com/systems/sarov.html): The Sarov Class (Project 20120 Sargan Class) Russian Intelligence Gathering Submarine is a Russian special-purpose diesel-electric submarine that uses a nuclear reactor as a supplementary power generator. JSON: https://www.defensepedia.com/data/systems/sarov.json
- [Sayyad-1 (SA-2 Guideline)](https://www.defensepedia.com/systems/sayyad-1.html): Hezbollah and Houthi Proliferation. The Sayyad-1 (SA-2/Guideline) is a two-stage medium-to-high altitude, radar-tracking SAM. Because its range is generally 35 to 50-kms, it is more of an MRAD system than LRAD. JSON: https://www.defensepedia.com/data/systems/sayyad-1.json
- [SBA-60K2 Bulat](https://www.defensepedia.com/systems/sba-60k2-bulat.html): The SBA-60K2 Bulat armored personnel carrier (APC) was developed jointly by Kamaz and Zaschita corporation as a private venture. Development of this vehicle commenced in 2010 and was completed by 2013. JSON: https://www.defensepedia.com/data/systems/sba-60k2-bulat.json
- [Sejjil-1](https://www.defensepedia.com/systems/sejjil-1.html): The Sejjil-1 Iranian Medium-Range Ballistic Missile is a two-stage, solid-propellant, surface-to-surface missile (SSM) produced by Iran. JSON: https://www.defensepedia.com/data/systems/sejjil-1.json
- [Sejong the Great Class (KDX-III Class)](https://www.defensepedia.com/systems/sejong-the-great.html): The Sejong the Great-class, also known as KDX-III, are three guided missile destroyers of the Republic of Korea Navy (ROKN). The ROKN has deployed three ships with an option for three more which was taken up in December 2013. JSON: https://www.defensepedia.com/data/systems/sejong-the-great.json
- [Serna Class (Project 11770 Class)](https://www.defensepedia.com/systems/serna.html): The Serna class, or Project 11770, is a class of air cavity system landing craft constructed for the Russian Navy. Twelve boats were built between 1994 and 2014. JSON: https://www.defensepedia.com/data/systems/serna.json
- [Sevom Khordad (3rd Khordad)](https://www.defensepedia.com/systems/sevom-khordad.html): The Sevom Khordad, also known as the 3rd Khordad is the most advanced version of the Ra'ad air defense system. It has the greatest reported range of any of the variants. JSON: https://www.defensepedia.com/data/systems/sevom-khordad.json
- [SH-1](https://www.defensepedia.com/systems/sh-1.html): The SH1 is a wheeled, self-propelled, 155mm howitzer designed and manufactured by the Chinese Defense Company, Norinco. Compared with other similar artillery systems, the SH1 has advantages such as a high mobility, greater fire-power, fast hit capability, modular design, and cost-effectiveness. JSON: https://www.defensepedia.com/data/systems/sh-1.json
- [SH-2](https://www.defensepedia.com/systems/sh-2.html): The SH2 is a wheeled self-propelled howitzer designed and manufactured by the Chinese Defence Company Norinco. The SH2 artillery system was first unveiled at the Abu Dhabi International Defence Exhibition in 2007 (IDEX 2007) held between 18 and 22 February, and is being actively prompted to the export market. JSON: https://www.defensepedia.com/data/systems/sh-2.json
- [SH-3000](https://www.defensepedia.com/systems/sh-3000.html): The SH-3000 is a Russian unmanned aerial vehicle (UAV) designed as a helicopter-type aircraft with an increased load capacity. It is capable of operating in various climatic and geographic conditions. JSON: https://www.defensepedia.com/data/systems/sh-3000.json
- [SH-350](https://www.defensepedia.com/systems/sh-350.html): The SH-350 Russian Unmanned Aerial Vehicle (UAV) is a helicopter-style drone capable of reaching speeds of up to 150 km/h and carrying a payload of up to 50 kg. It incorporates artificial intelligence technologies in its control system, enabling autonomous flight, terrain navigation, and obstacle avoidance. JSON: https://www.defensepedia.com/data/systems/sh-350.json
- [SH-5](https://www.defensepedia.com/systems/sh-5.html): The Harbin SH-5, literally "seaborne bomber") is a Chinese maritime patrol amphibious aircraft intended for a wide range of duties, including aerial firefighting, anti-submarine warfare (ASW) and air-sea rescue (ASR). One prototype and six production aircraft have been built. JSON: https://www.defensepedia.com/data/systems/sh-5.json
- [SH16A](https://www.defensepedia.com/systems/sh16a.html): The SH16A Chinese 155mm Self-Propelled Howitzer (SPH) is a modular automated artillery turret that can be mounted on platforms with sufficient payload capacity. The turret features a 155 mm/52 caliber ordnance. JSON: https://www.defensepedia.com/data/systems/sh16a.json
- [Shaanxi Baojii Specialty Vehicles Lie Ying (Falcon Strike)](https://www.defensepedia.com/systems/shaanxi-baojii-specialty-vehicles-lie-yi.html): The Shaanxi Baojii Specialty Vehicles Lie Ying (Falcon Strike) Chinese Gyrocopter was designed for police and military use as a surveillance aircraft. The basic model of the aircraft is a two-seater. JSON: https://www.defensepedia.com/data/systems/shaanxi-baojii-specialty-vehicles-lie-yi.json
- [Shahab Saghib (Shooting Star)](https://www.defensepedia.com/systems/shahab-saghib.html): Shahab Saghib (Shooting Star) is based on the Chinese FM-80. The HQ-7 is a Chinese clone of the French Thales/Thomson CSF Crotale SAM. During the 1970s the French supplied samples of the Crotale which was promptly reverse engineered. JSON: https://www.defensepedia.com/data/systems/shahab-saghib.json
- [Shahab-3](https://www.defensepedia.com/systems/shahab-3.html): Liquid-fueled, single-stage medium-range ballistic missile derived from Scud-family designs. JSON: https://www.defensepedia.com/data/systems/shahab-3.json
- [Shahab-4](https://www.defensepedia.com/systems/shahab-4.html): The Shahab-4 Iranian Medium Range Ballistic Missile was an unbuilt Iranian space launch vehicle derived from the Shahab-3 medium-range ballistic missile. The IRIS/Shahab-4 project was initiated in 1988, but it never went beyond the drawing board. JSON: https://www.defensepedia.com/data/systems/shahab-4.json
- [Shahed-129](https://www.defensepedia.com/systems/shahed-129.html): The Shahed-129 is an Iranian single-engine medium-altitude long-endurance unmanned combat aerial vehicle (UCAV) designed by Shahed Aviation Industries for the Islamic Revolutionary Guard Corps (IRGC). JSON: https://www.defensepedia.com/data/systems/shahed-129.json
- [Shahed-136 (Geran-2)](https://www.defensepedia.com/systems/shahed-136.html): The Shahed-136 Iranian Unmanned Aerial Vehicle (UAV) is a modern swarming drone developed by Iran Aircraft Manufacturing Company (HESA). JSON: https://www.defensepedia.com/data/systems/shahed-136.json
- [Shahid Mahdavi](https://www.defensepedia.com/systems/shahid-mahdavi.html): The Shahid Mahdavi Iranian Aircraft Carrier is a former Iranian flagged container ship that was converted into a warship at the Iran Shipbuilding & Offshore industries Complex Company (ISOICO) at Bandar Abbas. JSON: https://www.defensepedia.com/data/systems/shahid-mahdavi.json
- [Shahid Soleimani Class](https://www.defensepedia.com/systems/shahid-soleimani.html): The Shahid Soleimani Class Iranian Corvette was built by the Shahid Mahallati Shipyard and is operated by the Islamic Revolutionary Guard Corps Navy of Iran. JSON: https://www.defensepedia.com/data/systems/shahid-soleimani.json
- [Shandong (Type 002)](https://www.defensepedia.com/systems/shandong.html): Shandong Class (Type 002 Class) Chinese Aircraft Carrier is a first-generation Chinese aircraft carrier that was launched on 26 April 2017 by the People's Liberation Army Navy (PLAN) of the People's Republic of China (PRC). It is the country's second aircraft carrier after the completion of Liaoning, and the first built domestically. JSON: https://www.defensepedia.com/data/systems/shandong.json
- [Shipovnik-Aero](https://www.defensepedia.com/systems/shipovnik-aero.html): The Shipovnik-Aero Russian 4x4 Electronic Warfare (EW) System is a Russian truck‑mounted electronic warfare (EW) system designed primarily to detect, jam, and hijack unmanned aerial vehicles (UAVs) and disrupt a wide range of radio and cellular communications within roughly a 10 km radius. JSON: https://www.defensepedia.com/data/systems/shipovnik-aero.json
- [Shivalik Class (Project 17 Class)](https://www.defensepedia.com/systems/shivalik.html): The Shivalik class or Project 17 class is a class of multi-role frigates in service with the Indian Navy. They are the first stealth warships built in India. JSON: https://www.defensepedia.com/data/systems/shivalik.json
- [Sierra II Class (Project 945A Kondor)](https://www.defensepedia.com/systems/sierra-ii.html): The Sierra II Class (Project 945A Kondor) Russian Nuclear-Powered Attack Submarine is a follow-on to the Sierra I class. It was a small and expensive project. JSON: https://www.defensepedia.com/data/systems/sierra-ii.json
- [SkyFend Blader](https://www.defensepedia.com/systems/skyfend-blader.html): The Blader Chinese Anti-Drone Jammer is a portable jammer for SUAVs. Featuring countermeasures for UAV flight control, map transmission, and GNSS bands, it can repel drones or force them to crash to solve the threat of rogue SUAVs. JSON: https://www.defensepedia.com/data/systems/skyfend-blader.json
- [SkyFend Hunter SHH100](https://www.defensepedia.com/systems/skyfend-hunter-shh100.html): The Hunter SHH100 Chinese Anti-Drone Device is distinguished by its unique capability to disrupt multiple drones simultaneously, targeting their control systems, navigation, and video transmission through precise jamming of radio (RF) and satellite navigation (GNSS) signals. Counter UAV/Counter UAS/Anti-Drone. JSON: https://www.defensepedia.com/data/systems/skyfend-hunter-shh100.json
- [Skyfend Spoofer](https://www.defensepedia.com/systems/skyfend-spoofer.html): The Skyfend Spoofer Chinese Anti-Drone Spoofing Device is an advanced GNSS navigation spoofing device engineered explicitly for SUAVs. Its primary purpose is to enforce area denial, redirect drones to predetermined orientations and manipulate their flight paths to designated locations. JSON: https://www.defensepedia.com/data/systems/skyfend-spoofer.json
- [Skyfend Tracer-P](https://www.defensepedia.com/systems/skyfend-tracer-p.html): The Skyfend Tracer-P Chinese Portable UAV detector & Pilot Locator is a portable UAV detector that effectively receives, analyzes and processes the radio signals of a wide range of UAV models. JSON: https://www.defensepedia.com/data/systems/skyfend-tracer-p.json
- [SkyfendDefender](https://www.defensepedia.com/systems/skyfenddefender.html): The SkyfendDefender Chinese Active Phased Array Radar is a compact and cost-effective K-band FMCW radar that provides close-range surveillance for land, sea and air applications. It's ideal for portable scenarios and high-value target defense, such as government buildings, official residences and prisons. JSON: https://www.defensepedia.com/data/systems/skyfenddefender.json
- [Slava Class (Project 1164 Atlant Class)](https://www.defensepedia.com/systems/slava.html): The Slava class, Soviet designation Project 1164 Atlant, is a class of guided missile cruisers designed and constructed in the Soviet Union for the Soviet Navy, and currently operated by the Russian Navy. JSON: https://www.defensepedia.com/data/systems/slava.json
- [SLC-2](https://www.defensepedia.com/systems/slc-2.html): The SLC-2 Radar is a Chinese active electronically scanned array counter-battery radar designed to locate hostile artillery, rocket, and ground-to-ground missile launchers immediately after firing, and to support friendly artillery by guiding counter-battery fire. JSON: https://www.defensepedia.com/data/systems/slc-2.json
- [SNAR-10 (Big Fred)](https://www.defensepedia.com/systems/snar-10.html): The primary mission of the SNAR 10 "Big Fred" radar is to detect and track both moving ground and water surface targets. Additionally, the radar can be used to provide friendly fire correction data to artillery units. JSON: https://www.defensepedia.com/data/systems/snar-10.json
- [SNAR-10M1 (Big Fred)](https://www.defensepedia.com/systems/snar-10m1.html): The SNAR-10M1 variant is a widely deployed battlefield surveillance "Big Fred" radar system, mounted on a self-propelled armored vehicle. It is designed to locate stationary and moving targets at the forward edge of the battle area. JSON: https://www.defensepedia.com/data/systems/snar-10m1.json
- [Sohn Won-IL Class](https://www.defensepedia.com/systems/sohn-won-il.html): This is an expanded version of the Type 212 class. Program development began in 1988. JSON: https://www.defensepedia.com/data/systems/sohn-won-il.json
- [Soleiman-402](https://www.defensepedia.com/systems/soleiman-402.html): The Soleiman-402 Iranian Main Battle Tank (MBT) includes several upgrades intended to enhance its performance and survivability on the battlefield. These modifications feature new add-on armor, dynamic protection elements, and a modern communication system. JSON: https://www.defensepedia.com/data/systems/soleiman-402.json
- [Sovremenny Class (Project 956 Sarych)](https://www.defensepedia.com/systems/sovremenny.html): The Sovremenny class, Soviet designation Project 956 Sarych (buzzard), is a class of anti-ship and anti-aircraft guided-missile destroyers of the Soviet and later Russian Navy. The ships are named after qualities, with "Sovremenny" translating as "modern" or "contemporary". JSON: https://www.defensepedia.com/data/systems/sovremenny.json
- [SR-5](https://www.defensepedia.com/systems/sr-5.html): The SR-5 Chinese 220mm Multiple Rocket Launcher (MRL) is based on the rear of a Chinese TA 5310 (6×6) cross-country chassis fitted with a four-door unprotected forward control cab. JSON: https://www.defensepedia.com/data/systems/sr-5.json
- [SS-1C (Scud-B)](https://www.defensepedia.com/systems/ss-1c.html): The successor to the R-11, the R-17 (SS-1C Scud-B), renamed R-300 in the 1970s, was the most prolific of the series, with a production run estimated at 7,000. It served in 32 countries and four countries besides the Soviet Union manufactured copied versions. JSON: https://www.defensepedia.com/data/systems/ss-1c.json
- [SS-1D (Scud-C)](https://www.defensepedia.com/systems/ss-1d.html): The Makeyev OKB also worked on an extended-range version of the R-17, known in the West as SS-1d Scud-C, that was first launched from Kapustin Yar in 1965. Its range was brought up to 500–600 km but at the cost of a greatly reduced accuracy and warhead size. JSON: https://www.defensepedia.com/data/systems/ss-1d.json
- [SS-N-23 Skiff (R-29RM Shtil)](https://www.defensepedia.com/systems/ss-n-23-skiff.html): The SS-N-23 Skiff (R-29RM Shtil) is an intercontinental-range, submarine-based, liquid-propellant ballistic missile. The Skiff was developed for the Delta IV ballistic missile submarine (SSBN), each of which is capable of carrying 16 missiles. JSON: https://www.defensepedia.com/data/systems/ss-n-23-skiff.json
- [SS-N-26 (Strobile)](https://www.defensepedia.com/systems/ss-n-26.html): The SS-N-26 Strobile was first developed in 1993 by NPO Mashinostroyenia. In 1999, they developed the ground-launched export version, the Yakhont, and an air-launched version, the Yakhont-M. JSON: https://www.defensepedia.com/data/systems/ss-n-26.json
- [Steregushchiy Class (Project 20380 Class)](https://www.defensepedia.com/systems/steregushchiy.html): Steregushchiy Class (Project 20380 Class) Russian Corvette is the newest class of corvettes being built for the Russian Navy. Designed by the Almaz Central Marine Design Bureau, subsequent vessels were built to an improved design (Project 20381), incorporating the Poliment-Redut SAM system. JSON: https://www.defensepedia.com/data/systems/steregushchiy.json
- [Stingray](https://www.defensepedia.com/systems/stingray.html): The Stingray American Light Tank was developed for the export market by Cadillac Gage Textron (now Textron Marine & Land Systems) as a private venture. JSON: https://www.defensepedia.com/data/systems/stingray.json
- [Striker 1500](https://www.defensepedia.com/systems/striker-1500.html): The Oshkosh Striker is a specialized aircraft rescue and firefighting (ARFF) vehicle built by Oshkosh Corporation at the Pierce Mfg. facilities Appleton, Wisconsin. There are three models of the Striker: 1500, 3000, 4500. JSON: https://www.defensepedia.com/data/systems/striker-1500.json
- [Striker 3000](https://www.defensepedia.com/systems/striker-3000.html): The Oshkosh Striker is a specialized aircraft rescue and firefighting (ARFF) vehicle built by Oshkosh Corporation at the Pierce Mfg. facilities Appleton, Wisconsin. There are three models of the Striker: 1500, 3000, 4500. JSON: https://www.defensepedia.com/data/systems/striker-3000.json
- [Striker 4500](https://www.defensepedia.com/systems/striker-4500.html): The Oshkosh Striker is a specialized aircraft rescue and firefighting (ARFF) vehicle built by Oshkosh Corporation at the Pierce Mfg. facilities Appleton, Wisconsin. There are three models of the Striker: 1500, 3000, 4500. JSON: https://www.defensepedia.com/data/systems/striker-4500.json
- [SU-100](https://www.defensepedia.com/systems/su-100.html): The SU-100 (Samokhodnaya Ustanovka 100) was a Soviet tank destroyer armed with a 100 mm anti-tank gun in a casemate superstructure. It was used extensively during the last year of World War II and saw service for many years afterwards with the armies of Soviet allies around the world. JSON: https://www.defensepedia.com/data/systems/su-100.json
- [Su-24 (Fencer)](https://www.defensepedia.com/systems/su-24.html): The Sukhoi Su-24 (NATO reporting name: Fencer) is a supersonic, all-weather attack aircraft developed in the Soviet Union. The aircraft has a variable-sweep wing, twin engines, and a side-by-side seating arrangement for its crew of two. JSON: https://www.defensepedia.com/data/systems/su-24.json
- [Su-25 Grach (Frogfoot)](https://www.defensepedia.com/systems/su-25-grach.html): The Su-25, which is no longer in serial production, made its first flight in 1979. This single-seat ground-attack aircraft is a very durable airplane - it is fairly heavily armored -- and easy to service - all service equipment can be stored in a container and transported by the airplane itself. JSON: https://www.defensepedia.com/data/systems/su-25-grach.json
- [Su-27 (Flanker)](https://www.defensepedia.com/systems/su-27.html): The Sukhoi Su-27 (NATO reporting name: Flanker) is a Soviet-origin twin-engine supermaneuverable fighter aircraft designed by Sukhoi. JSON: https://www.defensepedia.com/data/systems/su-27.json
- [Su-27SK (Flanker-B)](https://www.defensepedia.com/systems/su-27sk.html): Su-27SK Export Su-27S single-seater. Exported to China in 1992-1996 and developed into Shenyang J-11. JSON: https://www.defensepedia.com/data/systems/su-27sk.json
- [Su-30 (Flanker-C)](https://www.defensepedia.com/systems/su-30.html): The Su-30 (Flanker-C) Russian Multirole Fighter Aircraft is a twin-engine, two-seat supermaneuverable fighter aircraft developed in the Soviet Union by Russia's Sukhoi Aviation Corporation. It is a multirole fighter for all-weather, air-to-air, and air-to-surface deep interdiction missions. JSON: https://www.defensepedia.com/data/systems/su-30.json
- [Su-30K](https://www.defensepedia.com/systems/su-30k.html): Su-30K Export version of the Russian Su-30. India and Irkut renegotiated a deal that would have upgraded the first 18 Su-30K fighters to the Su-30MKI standard. JSON: https://www.defensepedia.com/data/systems/su-30k.json
- [Su-30MKI (Flanker-H)](https://www.defensepedia.com/systems/su-30mki.html): The Su-30MKI (Flanker-H) Indian Multirole Fighter is a twinjet multirole air superiority fighter developed by Russia's Sukhoi and built under license by India's Hindustan Aeronautics Limited (HAL) for the Indian Air Force (IAF). A variant of the Sukhoi Su-30, it is a heavy, all-weather, long-range fighter. JSON: https://www.defensepedia.com/data/systems/su-30mki.json
- [Su-30MKK (Flanker-G)](https://www.defensepedia.com/systems/su-30mkk.html): The Sukhoi Su-30MKK (NATO reporting name: Flanker-G) is a modification of the Sukhoi Su-30, incorporating advanced technology from the Sukhoi Su-35 variant. The Su-30MKK was developed by Sukhoi in 1997, as a result of a direct Request for tender between the Russian Federation and China. JSON: https://www.defensepedia.com/data/systems/su-30mkk.json
- [Su-33 (Flanker-D)](https://www.defensepedia.com/systems/su-33.html): The Su-33 (Flanker-D) Russian Carrier-Based Air Superiority Fighter is an all-weather carrier-based twin-engine air superiority fighter designed by Sukhoi and manufactured by Komsomolsk-on-Amur Aircraft Production Association, derived from the Su-27 and initially known as the Su-27K. JSON: https://www.defensepedia.com/data/systems/su-33.json
- [Su-34](https://www.defensepedia.com/systems/su-34.html): The Sukhoi Su-34 (Russian: Сухой Су-34; NATO reporting name: Fullback) is a Soviet-origin Russian twin-engine, twin-seat, all-weather supersonic medium-range fighter-bomber/strike aircraft. It first flew in 1990, intended for the Soviet Air Forces, and it entered service in 2014 with the Russian Air Force. JSON: https://www.defensepedia.com/data/systems/su-34.json
- [Su-35S](https://www.defensepedia.com/systems/su-35s.html): The SU-35S (Flanker-M) Russian Air Superiority Fighter is the main production variant as delivered to Russia and China. Previously known as Su-35BM. Primarily air superiority fighter, but with secondary air-to-ground capability. JSON: https://www.defensepedia.com/data/systems/su-35s.json
- [Su-39 (Frogfoot)](https://www.defensepedia.com/systems/su-39.html): The Su-39 Frogfoot is a derivative of the Su-25 Frogfoot . It resulted in part from the lessons learned in combat by the Su-25 in Afghanistan. However, significant changes have been made not only in capabilities but also in performance, making it effectively a different aircraft. JSON: https://www.defensepedia.com/data/systems/su-39.json
- [Su-57](https://www.defensepedia.com/systems/su-57.html): The Sukhoi Su-57 (Russian: Сухой Су-57; unconfirmed NATO reporting name: Felon) is a stealth, single-seat, twin-engine multirole fifth-generation jet fighter been developed since 2002 for air superiority and attack operations. JSON: https://www.defensepedia.com/data/systems/su-57.json
- [Su-7 (Fitter)](https://www.defensepedia.com/systems/su-7.html): The Sukhoi Su-7 is a single seat ground attack aircraft that was long a standard tactical fighter-bomber with the Soviet Air Force. The development of Su-7 began in the early 1950's. JSON: https://www.defensepedia.com/data/systems/su-7.json
- [Suffren Class (Barracuda Class)](https://www.defensepedia.com/systems/suffren.html): The Barracuda class (or Suffren class) is a nuclear attack submarine, designed by the French shipbuilder Naval Group (formerly known as DCNS and DCN) for the French Navy. It is intended to replace the Rubis-class submarines. JSON: https://www.defensepedia.com/data/systems/suffren.json
- [Supercam S250](https://www.defensepedia.com/systems/supercam-s250.html): The Supercam S250 Russian Unmanned Aerial Vehicle (UAV) is one of the best UAVs in the class in terms of tactical and technical characteristics. JSON: https://www.defensepedia.com/data/systems/supercam-s250.json
- [Supercam S350](https://www.defensepedia.com/systems/supercam-s350.html): The Supercam S350 Russian Unmanned Aerial Vehicle (UAV) is one of the flagship unmanned aircraft systems designed for aerial photography and video monitoring. JSON: https://www.defensepedia.com/data/systems/supercam-s350.json
- [Supercam S450](https://www.defensepedia.com/systems/supercam-s450.html): The Supercam S450 Russian Unmanned Aerial Vehicle (UAV) can fly for up to 6 hours and transmit data over a range of 100 km in real-time. JSON: https://www.defensepedia.com/data/systems/supercam-s450.json
- [Svetlyak Class (Project 10410 Svetlyak Class)](https://www.defensepedia.com/systems/svetlyak.html): The Svetlyak class, Russian designation Project 10410 Svetlyak, is a class of patrol boats designed and built in the Soviet Union and later in Russia, and currently being used primarily by the Russian Navy and Russian Coast Guard. JSON: https://www.defensepedia.com/data/systems/svetlyak.json
- [Switchblade 300](https://www.defensepedia.com/systems/switchblade-300.html): The Switchblade 300 American Loitering Munition Unmanned Aerial Vehicle (UAV) is the ideal loitering missile for use against beyond-line-of-sight targets. JSON: https://www.defensepedia.com/data/systems/switchblade-300.json
- [Switchblade 600](https://www.defensepedia.com/systems/switchblade-600.html): The Switchblade 600 American Loitering Munition Unmanned Aerial Vehicle (UAV) represents the next generation of extended-range loitering missiles, delivering unprecedented RSTA support and featuring high-precision optics, over 40 minutes of loitering endurance, and an anti-armor warhead for engaging larger, hardened targets at greater… JSON: https://www.defensepedia.com/data/systems/switchblade-600.json
- [SY-1 (CSS-N-1 Scrubbrush)](https://www.defensepedia.com/systems/sy-1.html): This is the original Chinese version of Soviet P-15 Termit missile, and the first was SY-1, produced at Factory 320 (the Nanchang Aircraft Factory, 南昌飞机制造厂); Chinese sources identify the designers as Li Tongli and Lu Lin. JSON: https://www.defensepedia.com/data/systems/sy-1.json
- [SY-2 (CSS-N-5 Sabot)](https://www.defensepedia.com/systems/sy-2.html): The liquid fuel engine was a rather hazardous and unreliable, so a solid fuel rocket engine was developed. This engine also made it possible to reduce the size and weight of the missile while providing greater range. JSON: https://www.defensepedia.com/data/systems/sy-2.json
- [SY-400](https://www.defensepedia.com/systems/sy-400.html): The SY-400 Chinese Short-Range Ballistic Missile is a short-range precision-attack ballistic missile system. JSON: https://www.defensepedia.com/data/systems/sy-400.json
- [T-14 Armata](https://www.defensepedia.com/systems/t-14-armata.html): T-14 Armata is a new-generation main battle tank (MBT) developed by Russian company Uralvagonzavod (UVZ). It was officially unveiled for the first time during the Moscow Victory Day Parade in May 2015. JSON: https://www.defensepedia.com/data/systems/t-14-armata.json
- [T-54](https://www.defensepedia.com/systems/t-54.html): The T-54 and T-55 tanks are a series of Soviet main battle tanks introduced in the years following the Second World War. The first T-54 prototype was completed at Nizhny Tagil by the end of 1945. JSON: https://www.defensepedia.com/data/systems/t-54.json
- [T-55](https://www.defensepedia.com/systems/t-55.html): The all-improved T-55 was developed from 1955-58 onward at the Uralvagonzavod plant. It was basically the sum of upgrades performed on the former T-54s, but with full NBC protection called PAZ (Protivoatomnaya Zashchita), studied by the KB-60 design bureau in Kharkov. JSON: https://www.defensepedia.com/data/systems/t-55.json
- [T-55AMV](https://www.defensepedia.com/systems/t-55amv.html): The T-55 is an upgrade of the T-54 series. It was produced in the greatest quantities and benefits from improved mobility over the earlier T-54s. JSON: https://www.defensepedia.com/data/systems/t-55amv.json
- [T-64](https://www.defensepedia.com/systems/t-64.html): The T-64 (T-64B) is a Soviet second-generation main battle tank introduced in the early 1960s. It was a more advanced counterpart to the T-62: the T-64 served tank divisions, while the T-62 supported infantry in motorized rifle divisions. JSON: https://www.defensepedia.com/data/systems/t-64.json
- [T-64B1M](https://www.defensepedia.com/systems/t-64b1m.html): The T-64B1M Ukrainian Main Battle Tank (MBT) is a recent Ukrainian upgrade of the T-64B1. It was developed by Morozov Machine Building Design Bureau. JSON: https://www.defensepedia.com/data/systems/t-64b1m.json
- [T-64BK](https://www.defensepedia.com/systems/t-64bk.html): The T-64BK is a command variant of the T-64B. It is designed for local command of armored vehicles at the tactical level. It is equipped with additional communications equipment for this purpose. JSON: https://www.defensepedia.com/data/systems/t-64bk.json
- [T-64BM Bulat](https://www.defensepedia.com/systems/t-64bm-bulat.html): The T-64BM “Bulat” started as the Obyekt 447AM-1, this tank presented itself as a modernized version of the T-64BM. After studies of modernization in the early 2000s, work started at the Kharkiv Malyshev Factory design bureau by the first batch of 10 T-64B tanks converted to the BM “Bulat” standard in 2010. JSON: https://www.defensepedia.com/data/systems/t-64bm-bulat.json
- [T-64BV](https://www.defensepedia.com/systems/t-64bv.html): The T-64BV is a T-64B upgraded with ERA added to the hull and turret. The T-64BV can be differentiated from the T-64B by the large quantity of ERA added to the turret and hull. JSON: https://www.defensepedia.com/data/systems/t-64bv.json
- [T-64E](https://www.defensepedia.com/systems/t-64e.html): The T-64E Ukrainian Main Battle Tank (MBT) is a refurbished and upgraded version of the aging T-64BV MBT. JSON: https://www.defensepedia.com/data/systems/t-64e.json
- [T-64U](https://www.defensepedia.com/systems/t-64u.html): The T-64U is modernized with a 1A45 fire control (T-80U), as well as PNK-4SU and TKN-4S optics and PZU-7 for the roof HMG. The tank commander is given redundant fire controls or overrides if needed. Kontakt-5 ERA is was added to some of these, but fittings are placed in the case. JSON: https://www.defensepedia.com/data/systems/t-64u.json
- [T-72](https://www.defensepedia.com/systems/t-72.html): The T-72 Russian Main Battle Tank (MBT) is a landmark in post-Cold War armored vehicle design, developed to meet the Soviet Union's demand for an affordable, easily mass-produced main battle tank. JSON: https://www.defensepedia.com/data/systems/t-72.json
- [T-72A](https://www.defensepedia.com/systems/t-72a.html): The T-72A is the second generation of Soviet-made main battle tank MBT in the T-72 family. The first version of the T-72 entered production in 1970. JSON: https://www.defensepedia.com/data/systems/t-72a.json
- [T-72B](https://www.defensepedia.com/systems/t-72b.html): The T-72B MBT (Main Battle Tank) is developed from the Russian main battle tank T-72A. It was entered into service with the Russian army in 1984. Its turret has a new armor package that provides a much higher degree of protection than any previous model of the T-72 MBT. JSON: https://www.defensepedia.com/data/systems/t-72b.json
- [T-72B3](https://www.defensepedia.com/systems/t-72b3.html): The T-72B3 is a development of the standard Russian-made T-72B series currently in service in the Russian army. The T-72B3 version was introduced in 2010 and is considered as a third-generation of Russian main battle tank. JSON: https://www.defensepedia.com/data/systems/t-72b3.json
- [T-72BM](https://www.defensepedia.com/systems/t-72bm.html): The T-72BM is an upgraded version of the T-72, fitted with Kontakt-5 explosive reactive armor. This version appeared in 1989. JSON: https://www.defensepedia.com/data/systems/t-72bm.json
- [T-72M](https://www.defensepedia.com/systems/t-72m.html): The T-72M is an export version, similar to T-72A. The T-72A is the second generation of Soviet-made main battle tank MBT in the T-72 family. The first version of the T-72 entered production in 1970. JSON: https://www.defensepedia.com/data/systems/t-72m.json
- [T-72S](https://www.defensepedia.com/systems/t-72s.html): The T-72S Russian Main Battle Tank is a This is export model of the T-72A, upgraded to the T-72BM standard by Nizhny Tagil in Russia. Known also as the "Shilden," the upgrade package reportedly boosts performance by 1.7 percent. JSON: https://www.defensepedia.com/data/systems/t-72s.json
- [T-80B](https://www.defensepedia.com/systems/t-80b.html): The T-80B is the primary production variant of the T-80 family. It is an MBT that features upgrades over the basic T-80. JSON: https://www.defensepedia.com/data/systems/t-80b.json
- [T-80BK (Ob'yekt 660)](https://www.defensepedia.com/systems/t-80bk.html): The T-80BK (Ob'yekt 660) Russian Main Battle Tank (MBT) is a further development of the original T-80, which was produced only in small numbers. The T-80B is the first variant produced in quantity. JSON: https://www.defensepedia.com/data/systems/t-80bk.json
- [T-80BV](https://www.defensepedia.com/systems/t-80bv.html): The T-80BV is an upgraded T-80B MBT. It features ERA that is added to the turret, glacis, and hull sides. It is the second-most numerous T-80 variant in Russian service. JSON: https://www.defensepedia.com/data/systems/t-80bv.json
- [T-80BVM](https://www.defensepedia.com/systems/t-80bvm.html): The T-80BVM is an upgraded version of the T-80BV main battle tank. It was first publicly revealed in 2017 and is reportedly fielded to Russian ground forces in the northern territories above the Arctic Circle. JSON: https://www.defensepedia.com/data/systems/t-80bvm.json
- [T-80U](https://www.defensepedia.com/systems/t-80u.html): The T-80U main battle tank is a further development of the original T-80, which was produced only in small numbers. T-80U (1985): Further development with a better turret, Kontakt-5 explosive reactive armor, improved gunsight, and 9M119 Svir missile system. JSON: https://www.defensepedia.com/data/systems/t-80u.json
- [T-80UD](https://www.defensepedia.com/systems/t-80ud.html): The Ukrainian T-80UD is a development of the Russian T-80U and carries all of the features of its parent vehicle. However, the gas turbine engine is replaced by a 6TF diesel engine. JSON: https://www.defensepedia.com/data/systems/t-80ud.json
- [T-80UK](https://www.defensepedia.com/systems/t-80uk.html): Exclusive to PACT nations, the T-80UK is essentially a T-80U tank modified and operated by a crew able to for command and control operations. This makes it the only Command Tank variant of the cousin variant T-80 series of Main Battle Tanks. JSON: https://www.defensepedia.com/data/systems/t-80uk.json
- [T-84 Oplot](https://www.defensepedia.com/systems/t-84-oplot.html): The T-84 Oplot is an improved version of the Ukrainian T-84 main battle tank and features a new turret. In terms of firepower and protection, the T-84 Oplot is very similar to Russia's T-90 MBT. The Oplot was officially adopted in 2000 with only ten tanks produced in 2001. JSON: https://www.defensepedia.com/data/systems/t-84-oplot.json
- [T-90](https://www.defensepedia.com/systems/t-90.html): The T-90 is a third-generation Russian battle tank that entered service in 1993. The tank is a modern variation of the T-72B and incorporates many features found on the T-80U. Originally called the T-72BU, but later renamed to T-90, it is an advanced tank in service with Russian Ground Forces. JSON: https://www.defensepedia.com/data/systems/t-90.json
- [T-90A /T-90S](https://www.defensepedia.com/systems/t-90a-t-90s.html): T-90A – Russian army version with welded turret, V-92S2 engine, and ESSA thermal viewer. Sometimes called T-90 Vladimir, in honor of its chief designer Vladimir Potkin. JSON: https://www.defensepedia.com/data/systems/t-90a-t-90s.json
- [T-90K](https://www.defensepedia.com/systems/t-90k.html): The T-90K Russian Main Battle Tank (MBT) is the commander's version of the T-90, with additional communication (station R-163-50K) and navigation equipment (TNA-4-3). Distinguishing features As a command vehicle, the T-90K carries different communications systems to the standard T-90. JSON: https://www.defensepedia.com/data/systems/t-90k.json
- [T-90M](https://www.defensepedia.com/systems/t-90m.html): The T-90M Russian Main Battle Tank (MBT) also nicknamed Proryv-3 is an upgraded variant of the export version of the T-90MS Main Battle Tank (MBT) developed and designed by the Russian Company Uralvagonzavod. The T-90M Model 2017 is improved in terms of protection, mobility, and firepower. JSON: https://www.defensepedia.com/data/systems/t-90m.json
- [T-90MS](https://www.defensepedia.com/systems/t-90ms.html): The T-90MS is the next step in the development of the Russian-made main battle tank T-90. The new T-90MS was presented for the first time to the public during the defense exhibition Russian Expo arms in September 2011. JSON: https://www.defensepedia.com/data/systems/t-90ms.json
- [T100](https://www.defensepedia.com/systems/t100.html): The T100 Chinese Drone Detection and Tracking System is a three-in-one integrated electro-optical tracking and pointing system that combines a visible-light camera, an infrared thermal imaging camera, and a wide-angle camera. JSON: https://www.defensepedia.com/data/systems/t100.json
- [Tabas](https://www.defensepedia.com/systems/tabas.html): Tabas missile radar system is similar to the Russian Buk Missile System. Tabas radar system. JSON: https://www.defensepedia.com/data/systems/tabas.json
- [Talwar Class (Project 11356 Class)](https://www.defensepedia.com/systems/talwar.html): The Talwar Class (Project 11356 Class) Indian Frigate are a class of stealth guided-missile frigates designed and built by Russia for the Indian Navy. The Talwar-class guided missile frigates are the improved versions of the Krivak III-class (Project 1135) frigates used by the Russian Coast Guard. JSON: https://www.defensepedia.com/data/systems/talwar.json
- [Taregh Class](https://www.defensepedia.com/systems/taregh.html): The Taregh Class Iranian Diesel-Electric Submarine is the first Kilo-class attack submarine of the Islamic Republic of Iran Navy, serving in the Southern Fleet. The submarine is part of the 33rd Flotilla, along with two other vessels. JSON: https://www.defensepedia.com/data/systems/taregh.json
- [Thunder (Tondar)](https://www.defensepedia.com/systems/thunder.html): The Thunder (Tondar) Iranian Short-Range Air Defense Missile System developed by Iran and unveiled during the Eqtedar 1403 military exercise in January 2025. This air defense system is part of Iran’s ongoing effort to enhance its indigenous military capabilities, especially in the area of short-range air defense. JSON: https://www.defensepedia.com/data/systems/thunder.json
- [Tiger 2065](https://www.defensepedia.com/systems/tiger-2065.html): The Tiger Type 2065 is the heaviest 4x4 armoured vehicle offered by the Chinese private company Shaanxi Baoji Special Vehicles. Available in both open-topped and closed configurations, the Tiger can be adapted for a wide range of roles, such as APC, patrol, police vehicle, ambulance, command post and weapons carrier. JSON: https://www.defensepedia.com/data/systems/tiger-2065.json
- [Tipchak (1K133)](https://www.defensepedia.com/systems/tipchak.html): The Tipchak 1K133 is a tactical reconnaissance system developed to replace the Kulon Stroi-P. The platform for the Tipchak is the Rybinsk-based Luch designed 9M62 (BLA-05). JSON: https://www.defensepedia.com/data/systems/tipchak.json
- [Tondar-69](https://www.defensepedia.com/systems/tondar-69.html): The Iranian CSS-8 (M-7) is a close-range, solid-fueled, ballistic missile. It is believed Iran acquired 200 of the CSS-8 (M-7) from China in the late 1980s. JSON: https://www.defensepedia.com/data/systems/tondar-69.json
- [Tor M2DT](https://www.defensepedia.com/systems/tor-m2dt.html): The system is especially designed to be used for Arctic region at temperatures up to -50 degrees C based on the chassis of the DT-30PM tracked all-terrain vehicle and is capable of detecting over 40 air targets, especially high-precision weapons, and to track and engage up to four of them simultaneously at a range of up to 12 km and… JSON: https://www.defensepedia.com/data/systems/tor-m2dt.json
- [TOS-1A Solntsepek](https://www.defensepedia.com/systems/tos-1a.html): The TOS-1A Solntsepek Russian 220mm Heavy Flamethrower System is an improved version of the TOS-1. Its launch vehicle is designated BM-1 and is designed to perform the same missions as the original vehicle. JSON: https://www.defensepedia.com/data/systems/tos-1a.json
- [TU-142 (Bear F)](https://www.defensepedia.com/systems/tu-142.html): TU-142 (Bear F) Russian Long-Range Anti-Submarine Warfare (ASW) Aircraft is a Soviet/Russian maritime reconnaissance and anti-submarine warfare (ASW) aircraft derived from the Tu-95 turboprop strategic bomber. JSON: https://www.defensepedia.com/data/systems/tu-142.json
- [Tu-154-2 (Careless)](https://www.defensepedia.com/systems/tu-154-2.html): Tu-154B-2 A minor modernization of Tu-154B-1. The airplane was designed to be converted from the 160 passenger version to a 180 passenger version by removing the galley. JSON: https://www.defensepedia.com/data/systems/tu-154-2.json
- [Tu-154B (Careless-B)](https://www.defensepedia.com/systems/tu-154b.html): Tu-154B As the original Tu-154 and Tu-154A suffered wing cracks after a few years in service, a version with a new, stronger wing, designated Tu-154B, went into production in 1975. It also had an additional fuselage fuel tank, additional emergency exits in the tail. JSON: https://www.defensepedia.com/data/systems/tu-154b.json
- [Tu-154M (Careless)](https://www.defensepedia.com/systems/tu-154m.html): Tu-154M The Tu-154M and Tu-154M Lux are the most highly upgraded versions, which first flew in 1982 and entered mass production in 1984. It uses more fuel-efficient Soloviev D-30KU-154 turbofans. JSON: https://www.defensepedia.com/data/systems/tu-154m.json
- [Tu-160](https://www.defensepedia.com/systems/tu-160.html): The Tupolev Tu-160 (NATO reporting name: Blackjack) is a supersonic, variable-sweep wing heavy strategic bomber designed by the Tupolev Design Bureau in the Soviet Union in the 1970s. It is the largest and heaviest Mach 2+ supersonic military aircraft ever built and next to the experimental XB-70 Valkyrie in overall length. JSON: https://www.defensepedia.com/data/systems/tu-160.json
- [Tu-204](https://www.defensepedia.com/systems/tu-204.html): The Tupolev Tu-204 (Russian: Туполев Ту-204) is a twin-engined medium-range jet airliner capable of carrying 210 passengers, designed by Tupolev and produced by Aviastar-SP and Kazan Aircraft Production Association. JSON: https://www.defensepedia.com/data/systems/tu-204.json
- [Tu-22M3](https://www.defensepedia.com/systems/tu-22m3.html): Soviet-designed long-range supersonic bomber with variable-sweep wings, first flown in 1977 and used by Russia for standoff missile and bombing strikes. JSON: https://www.defensepedia.com/data/systems/tu-22m3.json
- [Tu-95 Bear](https://www.defensepedia.com/systems/tu-95.html): The Tupolev Tu-95 (Russian: Туполев Ту-95; NATO reporting name: "Bear") is a large, four-engine turboprop-powered strategic bomber and missile platform. First flown in 1952, the Tu-95 entered service with the Soviet Union in 1956 and is expected to serve the Russian Aerospace Forces until at least 2040. JSON: https://www.defensepedia.com/data/systems/tu-95.json
- [Tulper](https://www.defensepedia.com/systems/tulper.html): The Tulpar Turkish Infantry Fighting Vehicle (IFV) is a modern, modular heavy IFV developed by OTOKAR (Otokar Otomotiv ve Savunma Sanayi) and was first unveiled at the International Defence Industry Fair (IDEF) in May 2013. JSON: https://www.defensepedia.com/data/systems/tulper.json
- [Type 024 Class (Heku Class)](https://www.defensepedia.com/systems/type-024.html): The Type 024 missile boat is a Chinese built small missile boat armed with two anti-ship missiles and there were two versions developed. Although most have been placed in reserve, dozens remain in active service. JSON: https://www.defensepedia.com/data/systems/type-024.json
- [Type 033 Class (Romeo Class)](https://www.defensepedia.com/systems/type-033.html): Chinese Type 033 Romeo-class Under the 1950 Sino-Soviet Friendship and Mutual Assistance Treaty, the Soviets passed to China (and later to North Korea) the documentation necessary to produce Romeo submarines in 1963. The Chinese variant is known as the Type 033 Romeo. JSON: https://www.defensepedia.com/data/systems/type-033.json
- [Type 035 Class (Ming Class)](https://www.defensepedia.com/systems/type-035.html): The Type 035 submarine (NATO reporting name: Ming class) is a class of diesel-electric submarines of the People's Liberation Army Navy. The Type 035 is a heavily improved redesign of the older Type 033 Romeo-class submarines, which were built in China from 1962 to 1984. JSON: https://www.defensepedia.com/data/systems/type-035.json
- [Type 037 Class (Hainan Class)](https://www.defensepedia.com/systems/type-037.html): The Type 037 corvette is a series 400–500 ton corvette type classes in service with the People's Liberation Army Navy. Unlike western navies, the People's Liberation Army Navy does not have dedicated patrol boats in its inventory. JSON: https://www.defensepedia.com/data/systems/type-037.json
- [Type 037I Class (Haiqing Class)](https://www.defensepedia.com/systems/type-037i.html): The Type 037I submarine chaser (NATO reporting name: Haiqing class), is a follow-on class of submarine chasers to the preceding Type 037-class of the People's Liberation Army Navy. There are two designation sof this class, the base Type 037I and the improved Type 037IS. JSON: https://www.defensepedia.com/data/systems/type-037i.json
- [Type 037IG Class (Houxin Class)](https://www.defensepedia.com/systems/type-037ig.html): The Type 037IG missile boat (NATO: Houxin class) were first built by Qiuxing and Huangpu Shipyard from 1991 through 1999 for the People's Liberation Army Navy (PLAN). In addition to the PLAN, 6 were exported to Myanmar: 2 in 1995, 2 in July 1996, and 2 in late 1997. JSON: https://www.defensepedia.com/data/systems/type-037ig.json
- [Type 037II Class (Houjian Class)](https://www.defensepedia.com/systems/type-037ii.html): The Type 037II missile boat (NATO: Houjian class) is a missile-equipped corvette built by Huangpu Shipyard of Guangzhou for the People's Liberation Army Navy. A total of six vessels were delivered to the PLA Navy and form the main naval defense force currently protecting Hong Kong. JSON: https://www.defensepedia.com/data/systems/type-037ii.json
- [Type 039 Class (Song Class)](https://www.defensepedia.com/systems/type-039.html): The Type 039 submarine (NATO reporting name: Song class) is a class of diesel-electric submarines of the People's Liberation Army Navy. The class is the first diesel-electric submarine to be fully developed within China and also the first Chinese diesel-electric submarine to use the modern teardrop hull shape. JSON: https://www.defensepedia.com/data/systems/type-039.json
- [Type 039A Class (Yuan Class)](https://www.defensepedia.com/systems/type-039a.html): The Type 039A submarine (NATO reporting name: Yuan class) is a class of diesel-electric submarine in China's People's Liberation Army Navy. It is China's first AIP-powered submarine and is presumed to be one of the quietest diesel-electric submarine classes in service. JSON: https://www.defensepedia.com/data/systems/type-039a.json
- [Type 051B Class (Luhai Class)](https://www.defensepedia.com/systems/type-051b.html): The Type 051B Luhai-class is a class of destroyer built by the People's Republic of China. It consists of only one ship, DD-167 Shenzhen. JSON: https://www.defensepedia.com/data/systems/type-051b.json
- [Type 051C Class (Luzhou Class)](https://www.defensepedia.com/systems/type-051c.html): The Type 051C or Luzhou class destroyer is a long-range air-defence guided missile destroyer built by China in its ongoing effort to create a true blue water navy. The ship uses the hull design of the older Type 051B (Luhai class), but is equipped with the advanced Russian S-300FM air defence missiles systems. JSON: https://www.defensepedia.com/data/systems/type-051c.json
- [Type 051G Class (Luda III Class)](https://www.defensepedia.com/systems/type-051g.html): The Type 051G Class (Luda III Class) Chinese Destroyer was an improved variant that the last two ships, Zhanjiang and Zhuhai, were completed too. They were equipped with Type 354 3-D air and surface search radar. JSON: https://www.defensepedia.com/data/systems/type-051g.json
- [Type 052 Class (Luhu Class)](https://www.defensepedia.com/systems/type-052.html): The Type 052 Luhu-class is one of the first modern multi-role guided missile destroyers built by China. There are currently two units in active service with the People's Liberation Army Navy Surface Force. JSON: https://www.defensepedia.com/data/systems/type-052.json
- [Type 052B Class (Luyang I Class)](https://www.defensepedia.com/systems/type-052b.html): Type 052B Luyang-class Multirole Destroyer Guangzhou Although the PLAN had claimed that Shenzhen was the first indigenously-produced warship to be designed with stealth as a primary design feature, measures to further reduce radar signature from the hull and superstructure are far more pronounced in this second unit of the class. JSON: https://www.defensepedia.com/data/systems/type-052b.json
- [Type 052C Class (Luyang II Class)](https://www.defensepedia.com/systems/type-052c.html): Luyang II / Type 052C / Lanzhou Multirole Destroyer There are significant difference between the “Lanzhou” guided missile destroyer, also known as the “Chinese Aegis”, and the “Yulin” and “Hengshui” guided missile frigates. These two types of warships are differently graded in tonnage. JSON: https://www.defensepedia.com/data/systems/type-052c.json
- [Type 052D (Luyang III)](https://www.defensepedia.com/systems/type-052d.html): The Type 052D Class, also known as the Luyang III-Class, is an evolution of the earlier Type 052C destroyers. This new class includes several advancements, such as an upgraded Dragon Eye phased array radar with flat panels, replacing the curved panels used in the Type 052C. JSON: https://www.defensepedia.com/data/systems/type-052d.json
- [Type 053H1G Class (Jianghu-V Class)](https://www.defensepedia.com/systems/type-053h1g.html): Type 053H1G (Jianghu-V) Ships. Type 53HT Jianghu V Zigong - the least expensive and least powerful variant feature a reduction in missiles and no helicopter facilities. JSON: https://www.defensepedia.com/data/systems/type-053h1g.json
- [Type 053H3 Class (Jiangwei II Class)](https://www.defensepedia.com/systems/type-053h3.html): Type 053H3 Class (Jiangwei II Class) Chinese Frigate were Chinese frigates that entered service with the People's Liberation Army Navy Surface Force in the 1990s and 2000s. The class comprised 10 vessels, all of which remain in active service. JSON: https://www.defensepedia.com/data/systems/type-053h3.json
- [Type 054 Class (Jiangkai I Class)](https://www.defensepedia.com/systems/type-054.html): The Type 054 (NATO Codename Jiangkai I) frigate is a Chinese multi-role warship that were commissioned in the People's Liberation Army Navy Surface Force in 2005. They superseded the Type 053H3 frigates. JSON: https://www.defensepedia.com/data/systems/type-054.json
- [Type 054A (Jiangkai II)](https://www.defensepedia.com/systems/type-054a.html): The Type 054A (NATO codename Jiangkai II) frigate is a class of Chinese multi-role frigates, the first of which entered service with the People's Liberation Army Navy Surface Force in 2007. It is a development of the Type 054 frigate, using the same hull but with improved sensors and weapons. JSON: https://www.defensepedia.com/data/systems/type-054a.json
- [Type 054B Class (Jiangkai III Class)](https://www.defensepedia.com/systems/type-054b.html): Type 054B Class (Jiangkai III Class) Chinese Frigate is approximately 50% larger in displacement terms than the preceding Type 054A and features a number of differences in weapon and sensor fit. JSON: https://www.defensepedia.com/data/systems/type-054b.json
- [Type 055 (Renhai)](https://www.defensepedia.com/systems/type-055.html): The Type 055 Class destroyer (NATO/OSD Renhai Class cruiser) is a class of stealth-guided missile destroyers being constructed for the Chinese People's Liberation Army Navy Surface Force. JSON: https://www.defensepedia.com/data/systems/type-055.json
- [Type 056 Class (Jiangdao Class)](https://www.defensepedia.com/systems/type-056.html): Jiangdao Type-056 Frigate/Corvette (FFL) Reputed as the new-generation “maritime cavalry”, the 056 frigate is rapidly augmenting the PLA Navy’s littoral warfare capabilities, especially in the South China Sea and East China Sea. JSON: https://www.defensepedia.com/data/systems/type-056.json
- [Type 056A Class (Jiangdao II Class)](https://www.defensepedia.com/systems/type-056a.html): The Type 056A is a anti-submarine warfare configuration of the Type 056 Corvette. The Type 056A includes a SJG-206 Variable-Depth, Low-Frequency, Towed Array Sonar System. JSON: https://www.defensepedia.com/data/systems/type-056a.json
- [Type 062I Class (Shanghai III Class)](https://www.defensepedia.com/systems/type-062i.html): The Type 062I-class gunboat (NATO: Shanghai III class), is the successor of the original Type 062 Shanghai I & II-class gunboats of the People's Liberation Army Navy. JSON: https://www.defensepedia.com/data/systems/type-062i.json
- [Type 067 Class (Yunnan Class)](https://www.defensepedia.com/systems/type-067.html): The Type 067 landing craft, utility (NATO codename: Yunnan class), also known as Yunnan class, entered the People's Liberation Army Navy service from 1968–1972. JSON: https://www.defensepedia.com/data/systems/type-067.json
- [Type 068 Class (Yuchin Class)](https://www.defensepedia.com/systems/type-068.html): The Yuch'in class landing craft, mechanized entered the People's Liberation Army Navy service from 1962–1972 and consists of two types, the Type 068 and Type 069, one of steel construction, the other of aluminum. Type 068 / 069 landing craft comes from a long series of landing craft originated in the mid-1950s. JSON: https://www.defensepedia.com/data/systems/type-068.json
- [Type 071 Class (Yuzhao Class)](https://www.defensepedia.com/systems/type-071.html): Type 071 (NATO reporting name: Yuzhao) is a class of Chinese amphibious transport dock ships in service with the People's Liberation Army Navy (PLAN). Type 071 provides the PLAN with capabilities and flexibility not found in its previous landing ships. JSON: https://www.defensepedia.com/data/systems/type-071.json
- [Type 072 Class (Yukan Class)](https://www.defensepedia.com/systems/type-072.html): The Type 072 landing ship (NATO designation Yukan class) are large landing ships built by Shanghai-based Zhonghua Shipyard (now Hudong-Zhonghua Shipbuilding) in the 1980s to replace the aging World War II-era ex-US Navy L-1511 tank landing ships in service with the PLA Navy. JSON: https://www.defensepedia.com/data/systems/type-072.json
- [Type 072A Class (Yuting II Class)](https://www.defensepedia.com/systems/type-072a.html): The Type 072A Class (Yuting II Class) Chinese Landing Ship is the latest member of the Type 072 series of landing ships. A total of 15 ships have been identified, with most of them assigned to the 6th Detachment of the People's Liberation Army Navy (PLAN) South Sea Fleet at Zhanjiang. JSON: https://www.defensepedia.com/data/systems/type-072a.json
- [Type 072III Class (Yuting I Class)](https://www.defensepedia.com/systems/type-072iii.html): The Type 072III landing ship (NATO designation Yuting I class) is the follow-on of the Type 072II landing ships initially introduced in the 1990s by the People's Republic of China. Type 072-III features a redesigned concealed bridge, and possibly enhanced sealift capability. JSON: https://www.defensepedia.com/data/systems/type-072iii.json
- [Type 073 Yudao-Class](https://www.defensepedia.com/systems/type-073-yudao.html): Type 073 Yudao-class landing ship The Type 073 landing ship is a family of landing ships developed and operated by the People's Liberation Army Navy, it consists of several models. This article details the development of this class that begun in the 1960s. JSON: https://www.defensepedia.com/data/systems/type-073-yudao.json
- [Type 073A Class (Yunshu Class)](https://www.defensepedia.com/systems/type-073a.html): After the completion of the first unit (pennant # 990), it takes a decade for more units to follow, and 10 more entered service between 2001 through 2002. These later units are slightly larger in displacement at 2,000 tons, and more advanced equipment, mainly in electronics and onboard machinery. JSON: https://www.defensepedia.com/data/systems/type-073a.json
- [Type 073III Class (Yudeng Class)](https://www.defensepedia.com/systems/type-073iii.html): The Type 073 landing ship is a family of landing ships developed and operated by the People's Liberation Army Navy, it consists of several models. This article details the development of this class that begun in the 1960s. JSON: https://www.defensepedia.com/data/systems/type-073iii.json
- [Type 073IIY Class (Yudao Class)](https://www.defensepedia.com/systems/type-073iiy.html): As the mass production plan for Type 073II was canceled due to the reliability problem of its engine, Shipyard # 9308 begun to modify the remaining two units that were already being built, which was successfully completed in September 1985. The resulting type is Type 073IIY landing ship, with Y for Yun (运), meaning transport in Chinese. JSON: https://www.defensepedia.com/data/systems/type-073iiy.json
- [Type 074 Class (Yuhai Class)](https://www.defensepedia.com/systems/type-074.html): The Type 074 landing ship (NATO reporting name: Yuhai-class) is a class of landing ship medium (LSM) of the People's Liberation Army Navy. They were built at Wuhu Shipyard of Wuhu, Anhui from 1995 to 2000. JSON: https://www.defensepedia.com/data/systems/type-074.json
- [Type 074A Class (Yubei Class)](https://www.defensepedia.com/systems/type-074a.html): The Type 074A landing ship medium with NATO reporting name Yubei class is a new member of Type 74 series LSM, it is unique in that it is catamaran hull design. More than ten are in service by mid 2015, and this ship is the first LSM in PLAN to incorporate infrared stealth feature in that the exhaust is near waterline. JSON: https://www.defensepedia.com/data/systems/type-074a.json
- [Type 075 (Yushen)](https://www.defensepedia.com/systems/type-075.html): The Type 075 Class (Yushen Class) Chinese Landing Helicopter Dock (LHD) has a full-length flight deck for helicopter operations and features a floodable well deck from which to disembark hovercraft and armored amphibious assault vehicles. Eight vessels in total are expected to be built. JSON: https://www.defensepedia.com/data/systems/type-075.json
- [Type 076 Class (Yulan Class)](https://www.defensepedia.com/systems/type-076.html): The Type 076 Class, also known as the Yulan Class, stands as a monumental testament to naval engineering and is believed to be the largest amphibious assault ship the world has ever known. With a staggering full-load displacement exceeding 45,000 tons, it embodies the might and ambition of the People’s Liberation Army (PLA). JSON: https://www.defensepedia.com/data/systems/type-076.json
- [Type 079 Class (Yulian Class)](https://www.defensepedia.com/systems/type-079.html): The origin of Type 79 series LSM dates back in the 1970s, when North Vietnam asked China to produce a landing ship capable of carrying around 200 tons of cargo with maximum speed of 12 kts, but more importantly, the manufacturing technique had to be simply so that it must be able to be built quickly in large numbers. JSON: https://www.defensepedia.com/data/systems/type-079.json
- [Type 091 Class (Han Class)](https://www.defensepedia.com/systems/type-091.html): The Type 091 Class (Han Class) Chinese Nuclear Attack Submarine is a first-generation nuclear attack submarine produced by the People's Republic of China. They were the first nuclear-powered submarine employed by the People's Liberation Army Navy Submarine Force, and the first indigenously produced nuclear attack submarines in Asia. JSON: https://www.defensepedia.com/data/systems/type-091.json
- [Type 093 (Shang)](https://www.defensepedia.com/systems/type-093.html): The Type 093 (or Type 09-III, NATO codename: Shang class) is China’s 2nd-generation nuclear-powered attack submarine (SSN) introduced in the early 2000s. It represents a significant improvement over the 1st-generation submarines in performance and capability. JSON: https://www.defensepedia.com/data/systems/type-093.json
- [Type 094 (Jin)](https://www.defensepedia.com/systems/type-094.html): The Type 094 Class (Jin Class) Chinese Nuclear-Powered Ballistic Missile Submarine (SSBN) is a class of ballistic missile submarine developed by China for the People's Liberation Army Navy Submarine Force. Type 094 succeeds the Type 092 submarine. JSON: https://www.defensepedia.com/data/systems/type-094.json
- [Type 10](https://www.defensepedia.com/systems/type-10.html): The Type 10 Japanese Main Battle Tank (MBT) is a next-generation main battle tank produced by Mitsubishi Heavy Industries for the Japanese Ground Self Defense Force. JSON: https://www.defensepedia.com/data/systems/type-10.json
- [Type 212 Class (Todaro Class)](https://www.defensepedia.com/systems/type-212.html): The German Type 212 class, also Italian Todaro class, is a non-nuclear submarine developed by Howaldtswerke-Deutsche Werft AG (HDW) for the German and Italian navies. It features diesel propulsion and an additional air-independent propulsion (AIP) system using Siemens proton exchange membrane (PEM) compressed hydrogen fuel cells. JSON: https://www.defensepedia.com/data/systems/type-212.json
- [Type 22 Class (Houbei Class)](https://www.defensepedia.com/systems/type-22.html): In April 2004, China's Quixin Shipyard in Shanghai produced the lead Houbei Type 022 wave-piercing catamaran, hull number 2208. The Type 022 was 43 meters (140 feet) long and displaces 225 tons. JSON: https://www.defensepedia.com/data/systems/type-22.json
- [Type 59-1](https://www.defensepedia.com/systems/type-59-1.html): The Type 59-I Field Gun is a licensed copy of the Soviet, Cold War-era M-46 Field Gun. Normally had two road wheels however, two additional road wheels have been seen on some variants. JSON: https://www.defensepedia.com/data/systems/type-59-1.json
- [Type 60](https://www.defensepedia.com/systems/type-60.html): The 122mm D-74 towed gun is a Soviet-built gun. Developed in the late 1950s it provided direct and indirect fire for the Soviet Army. JSON: https://www.defensepedia.com/data/systems/type-60.json
- [Type 632 Class (Fulin Class)](https://www.defensepedia.com/systems/type-632.html): The Type 632 tanker is a type of naval auxiliary ship currently in service with the People's Republic of China Navy (PLAN). Designed as a type that is capable of transport both water and oil, these ships entered service from 1972 onward. JSON: https://www.defensepedia.com/data/systems/type-632.json
- [Type 648 Class (Dadao Class)](https://www.defensepedia.com/systems/type-648.html): The Type 648 repair ship is a Chinese submarine repair ship currently in service with the People's Liberation Army Navy (PLAN). It was one of the two units consisting the proposed mobile repair flotilla, but the floating dry dock with lifting capacity of 2000 tons was never built, and Type 648 repair ship was the one only completed. JSON: https://www.defensepedia.com/data/systems/type-648.json
- [Type 69-II](https://www.defensepedia.com/systems/type-69-ii.html): The Type 69-II Chinese Main Battle Tank (MBT) became the production standard MBT of the Type 69 family, it was developed primarily for the export market and remains in service with countries throughout the world despite its age. It is an upgrade of Type 59 and Types 69 detailed below, however, it is on a par with improved Type 59s. JSON: https://www.defensepedia.com/data/systems/type-69-ii.json
- [Type 70-I](https://www.defensepedia.com/systems/type-70-i.html): It is estimated that no more than 200 Type 70-Is were ever manufactured. It was build to fill a gap in self propelled artillery in the Chinese army. JSON: https://www.defensepedia.com/data/systems/type-70-i.json
- [Type 701 Class (Yunsong Class)](https://www.defensepedia.com/systems/type-701.html): The Type 701 Class (Yunsong Class) Chinese Integrated Support Vessel is actually a RO-RO ship with a springboard and a through-loading deck at the bow and tail. The nearest American counterpart is probably the 4,000 ton Logistics Support Vessels [LSVs], the US Army's largest powered watercraft. JSON: https://www.defensepedia.com/data/systems/type-701.json
- [Type 74](https://www.defensepedia.com/systems/type-74.html): The Type 74 284-mm multiple rocket launcher fires heavy rockets that plant anti-tank mines. The system, mounted on the bed of a 6 x 6-wheel CA-30A truck, elevates and traverses a row of five rails. JSON: https://www.defensepedia.com/data/systems/type-74.json
- [Type 79](https://www.defensepedia.com/systems/type-79-2.html): The Type 79 mine-laying rocket system, consisted of a tubular, welded steel launcher assembly frame mounted on the bed of a CA-30A 6 x 6 truck. The eight-round launcher could traverse 95 degrees left and 45 degrees right, with an elevation ranging from +4 degrees to +50 degrees. JSON: https://www.defensepedia.com/data/systems/type-79-2.json
- [Type 79 (Type 69-III)](https://www.defensepedia.com/systems/type-79.html): The Type 79 is a Chinese main battle tank (MBT) having the same hull and turret as the earlier Type 59 /69 MBT but a different chassis. It is also designated the Type 69 -III. Development of the Type 69-II, the Type 79 is said to have improved firepower, fire control, night-vision, and communications equipment. JSON: https://www.defensepedia.com/data/systems/type-79.json
- [Type 80 Class (Shucha II Class)](https://www.defensepedia.com/systems/type-80.html): The Type 80 Class (Shucha II Class) Chinese Patrol Vessel is a Chinese Coast Guard (CCG) offshore patrol ship that represents a modern iteration of China's expanding law enforcement fleet. JSON: https://www.defensepedia.com/data/systems/type-80.json
- [Type 90](https://www.defensepedia.com/systems/type-90.html): The Type 90 is the second-generation truck-mounted 122mm 40-tube multiple launch rocket system developed by China North Industries Group Corporation (NORINCO) in the mid-1990s as a successor to the Type 81 122mm rocket system. The Type 90 has been promoted by NORINCO to the export market, but has yet received any order. JSON: https://www.defensepedia.com/data/systems/type-90.json
- [Type 90-II](https://www.defensepedia.com/systems/type-90-ii.html): The Type 90 MBT was further developed, incorporating advanced features into their next-generation MBT, but besides a few test vehicles for evaluation, this tank was not adopted by the People's Liberation Army, instead, the tank became the export model for Pakistan which developed the MBT-2000 (Al-Khalid) tank based on the Type 90. JSON: https://www.defensepedia.com/data/systems/type-90-ii.json
- [Type 90A](https://www.defensepedia.com/systems/type-90a.html): The Type 90A is an upgrade of the Type 90. The 40-round launcher is mounted on a Tienna XC2200 6×6 truck, has improved fire control, and a battery may be remotely controlled by a command vehicle. JSON: https://www.defensepedia.com/data/systems/type-90a.json
- [Type 92 Yitian](https://www.defensepedia.com/systems/type-92-yitian.html): The Type 92Yitian is a short-range air-defense (SHORAD) system built by China for the domestic and export market. Its primary mission is to provide low-altitude protection for armored units against fixed-wing aircraft, helicopters, unmanned aerial vehicles and other airborne threats. JSON: https://www.defensepedia.com/data/systems/type-92-yitian.json
- [Type 956E Class (Hangzhou Class)](https://www.defensepedia.com/systems/type-956e.html): The Type 956E Class (Hangzhou Class) Chinese Guided Missile Destroyer. JSON: https://www.defensepedia.com/data/systems/type-956e.json
- [Type 98](https://www.defensepedia.com/systems/type-98.html): The Type 98 Chinese Main Battle Tank (MBT) follow the layout of a T-72 and have a crew of three, an auto loader, and ammunition carried in a carousel beneath the turret. They are widely considered to be third-generation tanks with mobility and protection characteristics that are close to Russian and Western equivalents. JSON: https://www.defensepedia.com/data/systems/type-98.json
- [Type 99](https://www.defensepedia.com/systems/type-99.html): The Type 99 howitzer replaced the Type 75 howitzer. The Japanese Defense Agency Technical Research Division designed the howitzer. JSON: https://www.defensepedia.com/data/systems/type-99.json
- [Type YW-531H (Type 85)](https://www.defensepedia.com/systems/type-yw-531h.html): The Type YW-531H (also known as Type 85) is a Chinese Amphibious Armored Personnel Carrier (APC) that serves as an enlarged successor to the Type 69. It has led to the development of various variants, including infantry fighting vehicles, command vehicles, mortar carriers, weapons carriers, and ambulances. JSON: https://www.defensepedia.com/data/systems/type-yw-531h.json
- [U.S. nuclear forces](https://www.defensepedia.com/systems/us-nuclear.html): Estimated warhead inventory of 5,042 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/us-nuclear.json
- [Udaloy Class (Project 1155 Fregat Class)](https://www.defensepedia.com/systems/udaloy.html): The Udaloy class, Russian designations Project 1155 Fregat and Project 11551 Fregat-M (Russian: Фрегат, 'Fregat' meaning Frigate), are a series of anti-submarine guided-missile destroyers built for the Soviet Navy, seven of which are currently in service with the Russian Navy. JSON: https://www.defensepedia.com/data/systems/udaloy.json
- [UH-1 Iroquois (Huey)](https://www.defensepedia.com/systems/uh-1-iroquois.html): The Bell UH-1 Iroquois (nicknamed "Huey") is a utility military helicopter powered by a single turboshaft engine, with two-bladed main and tail rotors. The first member of the prolific Huey family, it was developed by Bell Helicopter to meet a 1952 US Army requirement for a medical evacuation and utility helicopter, and first flew in 1956. JSON: https://www.defensepedia.com/data/systems/uh-1-iroquois.json
- [UH-1N (Twin-Huey)](https://www.defensepedia.com/systems/uh-1n.html): The Bell UH-1N Twin Huey (Bell 212) is a medium-lift military helicopter. Based on the stretched fuselage Bell 205, the Bell 212 was originally developed for the Canadian Forces (CF) under the designation CUH-1N Twin Huey. JSON: https://www.defensepedia.com/data/systems/uh-1n.json
- [UH-60L Black Hawk](https://www.defensepedia.com/systems/uh-60l-black-hawk.html): UH-60L Black Hawk: UH-60A with upgraded T700-GE-701C engines, improved durability gearbox, and updated flight control system. Produced 1989–2007. JSON: https://www.defensepedia.com/data/systems/uh-60l-black-hawk.json
- [UH-60Q Black Hawk](https://www.defensepedia.com/systems/uh-60q-black-hawk.html): UH-60Q "Dustoff" Medical evacuation version of the UH-60L under development for the U.S. Army. JSON: https://www.defensepedia.com/data/systems/uh-60q-black-hawk.json
- [UH-72A Lakota](https://www.defensepedia.com/systems/uh-72a-lakota.html): The UH-72A Lakota is a twin-engine helicopter with a single, four-bladed main rotor. The UH-72 is a militarized version of the Eurocopter EC145 and was built by American Eurocopter (now Airbus Helicopters, Inc.), a division of Airbus Group, Inc. JSON: https://www.defensepedia.com/data/systems/uh-72a-lakota.json
- [UK nuclear forces](https://www.defensepedia.com/systems/uk-nuclear.html): Estimated warhead inventory of 225 as of early 2026, per the Federation of American Scientists. JSON: https://www.defensepedia.com/data/systems/uk-nuclear.json
- [VAB MK3](https://www.defensepedia.com/systems/vab-mk3.html): The VAB MK3 French 6x6 Amphibious Infantry Fighting Vehicle (IFV) is not merely an upgrade; it represents a completely new vehicle design that has been fully adapted to address modern battlefield threats, such as IEDs and mine blasts. JSON: https://www.defensepedia.com/data/systems/vab-mk3.json
- [Vasily Bykov Class (Project 22160 Class)](https://www.defensepedia.com/systems/vasily-bykov.html): The Vasily Bykov Class (Project 22160 Class) Russian Corvette s a series of large patrol ships being constructed for the Russian Navy. The vessels are primarily intended for duties such as patrol, monitoring, and protection in open and closed seas. JSON: https://www.defensepedia.com/data/systems/vasily-bykov.json
- [VF15E](https://www.defensepedia.com/systems/vf15e.html): The VF15E Chinese Unmanned Aerial Vehicle (UAV) is a hybrid Vertical Takeoff and Landing (VTOL) fixed-wing UAV produced by Hinaray Technology Co., Ltd., an aerospace company based in Shenzhen, China. JSON: https://www.defensepedia.com/data/systems/vf15e.json
- [Victor III Class (Project 671RTM/RTMK Shchuka Class)](https://www.defensepedia.com/systems/victor-iii.html): Victor III Class (Project 671RTM/RTMK Shchuka Class) Russian Nuclear-Powered Attack Submarine. Soviet designation Project 671RTM/RTMK Shchuka (pike)—entered service in 1979; 25 were produced until 1991. JSON: https://www.defensepedia.com/data/systems/victor-iii.json
- [Vikrant Class](https://www.defensepedia.com/systems/vikrant.html): The Vikrant Class Indian Aircraft Carrier is an aircraft carrier under construction by Cochin Shipyard in Kochi, Kerala for the Indian Navy. It is the first aircraft carrier to be built in India. JSON: https://www.defensepedia.com/data/systems/vikrant.json
- [Virginia class (SSN 774)](https://www.defensepedia.com/systems/virginia-class.html): Nuclear-powered fast attack submarine; later blocks add the Virginia Payload Module. JSON: https://www.defensepedia.com/data/systems/virginia-class.json
- [VM](https://www.defensepedia.com/systems/vm.html): The VM Chinese Vehicle-Mounted Detection and Jamming System is engineered for rapid mobility, flexible deployment, and real-time response. This comprehensive solution is specifically designed for dynamic low-altitude security scenarios and mobile protection missions. JSON: https://www.defensepedia.com/data/systems/vm.json
- [VN-11](https://www.defensepedia.com/systems/vn-11.html): The VN-11 is the export variant of the Chinese ZBD-04 IFV. The VN-11 layout, structure and performance is mostly the same as the ZBD-04; however it is assessed there are minor differences between the two platforms as a result of PLA operational security requirements. JSON: https://www.defensepedia.com/data/systems/vn-11.json
- [VN-17](https://www.defensepedia.com/systems/vn-17.html): The VN-17 Chinese Infantry Fighting Vehicle (IFV) is a heavy infantry fighting vehicle (HIFV) designed by China's North Industries Corporation (Norinco) to support main battle tanks (MBTs) in front line combat situations. JSON: https://www.defensepedia.com/data/systems/vn-17.json
- [VN2C](https://www.defensepedia.com/systems/vn2c.html): The VN2C Chinese 6x6 Mine-Resistant Ambush Protected (MRAP) adopts unique general layout and modular chassis structure to improve ballistic protection and explosion-proof capability. The unique design reduces damage against crew and vehicle greatly during explosion of mines and LEDs, or attack of small arms, RPG rockets. JSON: https://www.defensepedia.com/data/systems/vn2c.json
- [Volt Typhoon](https://www.defensepedia.com/systems/volt-typhoon.html): PRC state-sponsored actor targeting U.S. critical infrastructure, including Guam, using living-off-the-land techniques. JSON: https://www.defensepedia.com/data/systems/volt-typhoon.json
- [VP-10](https://www.defensepedia.com/systems/vp-10.html): The VP10 is a Chinese armored personnel carrier with 8x8 configuration. It was developed mainly for export. JSON: https://www.defensepedia.com/data/systems/vp-10.json
- [VP22](https://www.defensepedia.com/systems/vp22.html): The VP22 Chinese 6x6 Mine Resistant Ambush Protected (MRAP) is designed to provide personnel with protected mobility during patrol and counter-insurgency operations. JSON: https://www.defensepedia.com/data/systems/vp22.json
- [VT4 (MBT-3000)](https://www.defensepedia.com/systems/vt4.html): VT4 (MBT-3000) Chinese Main Battle Tank (MBT) is an advanced main battle tank designed by China primarily for export. Its main cannon, fire-control, armor and protective systems are reportedly competitive with those on other advanced tanks around the world. JSON: https://www.defensepedia.com/data/systems/vt4.json
- [Vydra Class (Project 106 Class)](https://www.defensepedia.com/systems/vydra.html): Vydra Class (Project 106 Class) Russian Landing Craft is a class of landing craft of Soviet origin. The NATO reporting name is Vydra. JSON: https://www.defensepedia.com/data/systems/vydra.json
- [W5000](https://www.defensepedia.com/systems/w5000.html): The W5000 Chinese Unmanned Aerial Vehicle (UAV) is a fixed-wing medium-altitude long-endurance (MALE) cargo unmanned aerial vehicle (UAV) developed and manufactured by Air White Whale in China. The W5000 has been designed for the domestic and international air cargo market with the ability to transport a payload of up to 5,000 kg. JSON: https://www.defensepedia.com/data/systems/w5000.json
- [Wing Loong I](https://www.defensepedia.com/systems/wing-loong-i.html): The Chengdu Pterodactyl, also known as Wing Loong, is a Medium-Altitude Long-Endurance (MALE) unmanned aerial vehicle (UAV), developed by the Chengdu Aircraft Industry Group in the People's Republic of China. JSON: https://www.defensepedia.com/data/systems/wing-loong-i.json
- [Wing Loong ID](https://www.defensepedia.com/systems/wing-loong-id.html): The lightweight fuselage gives the new Wing Loong I-D drone a significant boost in operating endurance, payload, and service ceiling Chinese experts noted on Monday after China's first multi-purpose drone for export that uses a composite material structure successfully completed its maiden flight. JSON: https://www.defensepedia.com/data/systems/wing-loong-id.json
- [Wing Loong II](https://www.defensepedia.com/systems/wing-loong-ii.html): The Wing Loong II is a medium-altitude, long-endurance unmanned aerial vehicle based on the Wing Loong (Pterodactyl). It is larger and more capable -- with significantly greater payload -- than its predecessor. JSON: https://www.defensepedia.com/data/systems/wing-loong-ii.json
- [WJ-700](https://www.defensepedia.com/systems/wj-700.html): The WJ-700 Chinese Unmanned Aerial Vehicle (UAV) is a strategic, multi-purpose, large-scale UAV system with characteristics of high speed, high altitude, long endurance, and large load capacity. JSON: https://www.defensepedia.com/data/systems/wj-700.json
- [WM-80](https://www.defensepedia.com/systems/wm-80.html): The WM-80 multiple launch rocket system was developed by China North Industries Group Corporation (NORINCO) based on the indigenous Type 83 273mm 4-tube artillery rocket system. The WM-80 did not enter PLA service, possibly due to the introduction of the more capable A-100 artillery rocket system. JSON: https://www.defensepedia.com/data/systems/wm-80.json
- [WMZ-322 (SH-3)](https://www.defensepedia.com/systems/wmz-322.html): The WMZ-322 (SH-3) Chinese 122mm Self-Propelled Howitzer (SPH) is designed and manufactured by the Chinese defense company NORINCO (North Industries Corporation). The first information about this artillery system was published in 2005, but NORINCO never officially provided technical information about this product. JSON: https://www.defensepedia.com/data/systems/wmz-322.json
- [WR-40 Langusta](https://www.defensepedia.com/systems/wr-40-langusta.html): The WR-40 Langusta is a modern Polish 122mm Multiple Rocket Launcher (MRL) that represents a significant upgrade from the Soviet BM-21 Grad. This modernization aims to provide Poland with a more mobile, better-protected, and digitally networked rocket artillery system. JSON: https://www.defensepedia.com/data/systems/wr-40-langusta.json
- [WZ-10 (Wing Loong 10)](https://www.defensepedia.com/systems/wz-10-2.html): The Wing Loong 10 (WZ-10) Chinese Unmanned Aerial Vehicle (UAV) is a series of unmanned aerial vehicles of the High-Altitude Long Endurance (HALE) type, featuring some stealth characteristics. JSON: https://www.defensepedia.com/data/systems/wz-10-2.json
- [WZ-10 (Z-10)](https://www.defensepedia.com/systems/wz-10.html): WZ-10 (Z-10) Chinese Attack Helicopter is an attack helicopter under development in China. It is designed primarily for anti-tank and battlefield interdiction operations, with a secondary air-to-air capability. JSON: https://www.defensepedia.com/data/systems/wz-10.json
- [WZ-120 (Type 59)](https://www.defensepedia.com/systems/wz-120.html): The WZ-120 (Type 59) Chinese Main Battle Tank (MBT) is a Chinese-produced version of the Soviet T-54A tank, the earliest model of the ubiquitous T-54/55 series. The first vehicles were produced in 1958 and it was accepted into service in 1959, with serial production beginning in 1963. JSON: https://www.defensepedia.com/data/systems/wz-120.json
- [WZ-131A (Type 62-I)](https://www.defensepedia.com/systems/wz-131a.html): The WZ-131A (Type 62-I) Chinese Light Tank features 33 different improvements including an external double lens laser range finder mounted above the mantlet of the 85 mm Type 62-85TC rifled main gun for better firing accuracy and a shield for the 12.7 mm Type 54 anti-aircraft heavy machine gun. JSON: https://www.defensepedia.com/data/systems/wz-131a.json
- [WZ-19 (Z-19)](https://www.defensepedia.com/systems/wz-19.html): WZ-19 (Z-19) Chinese Reconnaissance/Attack Helicopter is a Chinese light scout and observation helicopter. It was locally developed by Harbin. JSON: https://www.defensepedia.com/data/systems/wz-19.json
- [WZ-511 (Type 77)](https://www.defensepedia.com/systems/wz-511.html): The WZ-511 (Type 77) Chinese Amphibious Armored Personnel Carrier (APC) was an APC in its basic configuration. It had a crew compartment at the front, a dismount compartment in the center, and an engine compartment at the rear. JSON: https://www.defensepedia.com/data/systems/wz-511.json
- [WZ-523 (Type 93)](https://www.defensepedia.com/systems/wz-523.html): The WZ-523 (NATO reporting name M1984) is a six-wheeled Chinese armored personnel carrier designed to be amphibious. Built on the chassis of the Hanyang HY472 truck, it can carry a crew of three and seat up to eight additional passengers. JSON: https://www.defensepedia.com/data/systems/wz-523.json
- [WZ-551 (Type 92)](https://www.defensepedia.com/systems/wz-551.html): The WZ-551 (Type 92) Chinese 6x6 Amphibious Armored Personnel Carrier (APC) is a Chinese wheeled armored personnel carrier. It is actually consisted of two families of vehicles with official designations in the People's Liberation Army as Type 90 and Type 92. JSON: https://www.defensepedia.com/data/systems/wz-551.json
- [Xian MA60](https://www.defensepedia.com/systems/xian-ma60.html): The Xian MA60 Chinese Regional Airliner is a turboprop-powered airliner produced by China's Xi'an Aircraft Industrial Corporation under the Aviation Industry Corporation of China (AVIC). JSON: https://www.defensepedia.com/data/systems/xian-ma60.json
- [Y-11 (Chan)](https://www.defensepedia.com/systems/y-11.html): The Harbin Y-11 (NATO reporting name Chan) is a high wing twin-engine piston utility and geological survey aircraft built by Harbin Aircraft Manufacturing Corporation (HAMC). A requirement for a twin-engined light utility transport was issued by the Chinese government in November 1974. JSON: https://www.defensepedia.com/data/systems/y-11.json
- [Y-12 (I)](https://www.defensepedia.com/systems/y-12.html): The Harbin Y-12 (Chinese: 运-12; pinyin: Yùn-12) is a high wing twin-engine turboprop utility aircraft built by Harbin Aircraft Industry Group (HAIG). Y-12(I) This is the initial production version with PT6A-11 engines. JSON: https://www.defensepedia.com/data/systems/y-12.json
- [Y-12 (IV)](https://www.defensepedia.com/systems/y-12-2.html): The Harbin Y-12 (Chinese: 运-12; pinyin: Yùn-12) is a high wing twin-engine turboprop utility aircraft built by Harbin Aircraft Industry Group (HAIG). Y-12(IV) This is a 19-passenger development of the Y-12(II) variant. "Shearing" wingtips increase takeoff weight to 12,500 lb (5,670 kg). JSON: https://www.defensepedia.com/data/systems/y-12-2.json
- [Y-12C](https://www.defensepedia.com/systems/y-12c.html): The Harbin Y-12 (Chinese: 运-12; pinyin: Yùn-12) is a high wing twin-engine turboprop utility aircraft built by Harbin Aircraft Industry Group (HAIG). Y-12C This military variant is primarily in service with the People's Liberation Army and PLA Air Force. JSON: https://www.defensepedia.com/data/systems/y-12c.json
- [Y-12E](https://www.defensepedia.com/systems/y-12e.html): The Harbin Y-12 (Chinese: 运-12; pinyin: Yùn-12) is a high wing twin-engine turboprop utility aircraft built by Harbin Aircraft Industry Group (HAIG). Y-12E This development of the Y-12(IV) has 750-shp Pratt & Whitney Canada PT6A-135 turboprops with four-blade Hartzell propellers. JSON: https://www.defensepedia.com/data/systems/y-12e.json
- [Y-12G](https://www.defensepedia.com/systems/y-12g.html): The Harbin Y-12 (Chinese: 运-12; pinyin: Yùn-12) is a high wing twin-engine turboprop utility aircraft built by Harbin Aircraft Industry Group (HAIG). Y-12G This is a freighter transport variant with a side cargo door and a windowless cabin. JSON: https://www.defensepedia.com/data/systems/y-12g.json
- [Y-20 Kunpeng (Chubby Girl)](https://www.defensepedia.com/systems/y-20-kunpeng.html): The Xi'an Y-20 (Chinese: 运-20; pinyin: Yùn-20; lit.: 'transport-20') is a large military transport aircraft. The project is being developed by Xi'an Aircraft Industrial Corporation and was officially launched in 2006. JSON: https://www.defensepedia.com/data/systems/y-20-kunpeng.json
- [Y-5 (Colt)](https://www.defensepedia.com/systems/y-5.html): Y-5 Colt small general purpose transport Due to the need of domestic airline industry and the actual possibility in production, the aviation industry made a decision of license production of the An-2 aircraft in October 1956. The An-2 is a small general purpose transport developed by the Soviet Union. JSON: https://www.defensepedia.com/data/systems/y-5.json
- [Y-7 (Yunshuji-7)](https://www.defensepedia.com/systems/y-7.html): The Xian Y-7 is a transport/passenger aircraft built in China. It is based on the Soviet-designed Antonov An-24 series. JSON: https://www.defensepedia.com/data/systems/y-7.json
- [Y-7-100 (Yunshuji-7-100)](https://www.defensepedia.com/systems/y-7-100.html): Y-7-100 This is an improved version developed with the assistance of the Hong Kong Aircraft Engineering Co. (HAECO). This version has greater wing span and winglets, Hamilton Standard environmental control system, three-man flight deck, updated avionics and revised Noordam cabin layout with reclining seats. JSON: https://www.defensepedia.com/data/systems/y-7-100.json
- [Y-7H](https://www.defensepedia.com/systems/y-7h.html): A reverse-engineered An-26 with rear loading ramp for the PLAAF, entering production in 1992. JSON: https://www.defensepedia.com/data/systems/y-7h.json
- [Y-8A](https://www.defensepedia.com/systems/y-8a.html): Y-8A This variant was transformed into a helicopter carrier, serving as a general transport. It was designed to carry S-70C helicopters between their inland bases and the frontier airfields in Tibet. JSON: https://www.defensepedia.com/data/systems/y-8a.json
- [Y-8C](https://www.defensepedia.com/systems/y-8c.html): Y-8C: Fully pressurized transport version with the rear cargo ramp of the Y-8B. JSON: https://www.defensepedia.com/data/systems/y-8c.json
- [Y-8CB (High New 1)](https://www.defensepedia.com/systems/y-8cb.html): Y-8CB This is an electronic countermeasures (ECM) variant first seen publicly in July 2005. First flight was on Jan. 26, 2000. JSON: https://www.defensepedia.com/data/systems/y-8cb.json
- [Y-8E](https://www.defensepedia.com/systems/y-8e.html): Y-8E This version is used for unmanned aerial vehicle (UAV) launch and control. Development began in October 1988 and the first prototype was completed in March 1990. JSON: https://www.defensepedia.com/data/systems/y-8e.json
- [Y-8F600](https://www.defensepedia.com/systems/y-8f600.html): Y-8F600 This is the latest variant. Developed with the assistance of Antonov in Ukraine and Pratt & Whitney Canada, the aircraft is configured as a platform for airborne early warning and other special missions. JSON: https://www.defensepedia.com/data/systems/y-8f600.json
- [Y-8G (High New 3)](https://www.defensepedia.com/systems/y-8g.html): Y-8G This variant was first revealed in April 2005. The first flight took place in late 2004. JSON: https://www.defensepedia.com/data/systems/y-8g.json
- [Y-8H1](https://www.defensepedia.com/systems/y-8h1.html): Y-8H This is an aerial survey and photography variant. The Shaanxi Y-8 or Yunshuji-8 (Chinese: 运-8) aircraft is a medium size medium range transport aircraft produced by Shaanxi Aircraft Corporation in China, based on the Soviet Antonov An-12. JSON: https://www.defensepedia.com/data/systems/y-8h1.json
- [Y-8X](https://www.defensepedia.com/systems/y-8x.html): Y-8X: (Xun 巡 - surveillance) Maritime Patrol Aircraft with western avionics, radar, mission systems and defensive aids. Some aircraft have been known to carry ELINT packages. JSON: https://www.defensepedia.com/data/systems/y-8x.json
- [Y-8XZ (High New 7)](https://www.defensepedia.com/systems/y-8xz.html): Y-8XZ psychological operations aircraft This version was unveiled publicly in April 2008, although it reportedly entered Chinese air force service in late 2007. The aircraft features large fairings located forward of the main landing gear compartments as well as two large plate antennas on each side of the rear fuselage. JSON: https://www.defensepedia.com/data/systems/y-8xz.json
- [Y-9](https://www.defensepedia.com/systems/y-9.html): The Y-9 Chinese Medium Transport Aircraft is a medium military transport aircraft produced by Shaanxi Aircraft Company in China. It is a stretched and upgraded development of the Shaanxi Y-8F. Development of the Y-9 may have begun as early as 2002 as the Y-8X program. JSON: https://www.defensepedia.com/data/systems/y-9.json
- [Y-9JB (GX-8)](https://www.defensepedia.com/systems/y-9jb.html): Y-9JB (GX-8) Electronic intelligence variant. At least three GX-8s are in service with the 2nd Air Division of China's North Sea Fleet. JSON: https://www.defensepedia.com/data/systems/y-9jb.json
- [Y-9LG](https://www.defensepedia.com/systems/y-9lg.html): The Y-9LG Chinese Electronic Warfare Aircraft has external antenna configurations that are indicative of a long-range jamming capability. The Y-9LG resembles a special mission platform based on the Shaanxi Y-8/Y-9 aircraft. JSON: https://www.defensepedia.com/data/systems/y-9lg.json
- [Yak-130 (Mitten)](https://www.defensepedia.com/systems/yak-130.html): Yak-130 (Mitten) Russian Light Combat Aircraft is a subsonic two-seat advanced jet trainer and light combat aircraft originally developed by Yakovlev and Aermacchi as the "Yak/AEM-130". It has also been marketed as a potential light attack aircraft. JSON: https://www.defensepedia.com/data/systems/yak-130.json
- [Yak-130M](https://www.defensepedia.com/systems/yak-130m.html): The Yak-130M Russian Light Combat Aircraft was developed to expand its combat capabilities and enhance its competitiveness in the international market. The primary focus of this modernization is to address the needs of foreign partners seeking an alternative to heavier and more expensive aircraft. JSON: https://www.defensepedia.com/data/systems/yak-130m.json
- [Yak-42 (Clobber)](https://www.defensepedia.com/systems/yak-42.html): The Yakovlev Yak-42 (Russian: Яковлев Як-42; NATO reporting name: "Clobber") is a 100/120-seat three-engined mid-range passenger jet. It was the first airliner produced in the Soviet Union to be powered by modern high-bypass turbofan engines. JSON: https://www.defensepedia.com/data/systems/yak-42.json
- [Yasen (Project 885)](https://www.defensepedia.com/systems/yasen.html): The Yasen Class (Project 885 Yasen Class) Russian Nuclear-Powered Cruise Missile Submarine are a series of nuclear-powered cruise missile submarines designed by the Malakhit Marine Engineering Bureau and built by Sevmash for the Russian Navy.. JSON: https://www.defensepedia.com/data/systems/yasen.json
- [YJ-12](https://www.defensepedia.com/systems/yj-12.html): The YJ-12 Chinese Short-Range Anti-Ship Cruise Missile is a Chinese supersonic anti-ship cruise missile. JSON: https://www.defensepedia.com/data/systems/yj-12.json
- [YJ-12B](https://www.defensepedia.com/systems/yj-12b.html): The YJ-12B is a new China's coastal defense missile system. Its images first emerged in 2018. JSON: https://www.defensepedia.com/data/systems/yj-12b.json
- [YJ-15 (Eagle Strike-15)](https://www.defensepedia.com/systems/yj-15.html): The YJ-15 (Eagle Strike-15) Chinese Anti-Ship Long-Range Cruise Missile appears to be entering operational service with the People’s Liberation Army Navy (PLAN), particularly on J-15 carrier-borne fighters. JSON: https://www.defensepedia.com/data/systems/yj-15.json
- [YJ-17](https://www.defensepedia.com/systems/yj-17.html): The YJ-17 is China's newest hypersonic anti-ship ballistic missile, with potential air-launched and submarine-launched variants being considered to enhance platform flexibility and second-strike survivability. JSON: https://www.defensepedia.com/data/systems/yj-17.json
- [YJ-18](https://www.defensepedia.com/systems/yj-18.html): The YJ-18 (SS-N-13) Chinese Short-Range Anti-Ship Cruise Missile is a Chinese cruise missile with variants for antiship and land-attack missions. It is reportedly derived from the Russian 3M-54E “Klub” missile and entered service around 2014. JSON: https://www.defensepedia.com/data/systems/yj-18.json
- [YJ-20 (Eagle Strike-20)](https://www.defensepedia.com/systems/yj-20.html): The YJ-20 (Eagle Strike‑20) Chinese Hypersonic Anti‑Ship Ballistic Missile is designed to strike large surface warships at long range using a highly maneuverable re‑entry/boost‑glide trajectory. JSON: https://www.defensepedia.com/data/systems/yj-20.json
- [YJ-21](https://www.defensepedia.com/systems/yj-21.html): Chinese hypersonic anti-ship ballistic missile carried in the vertical launch cells of Type 055 cruisers; an air-launched version has also been displayed. The source card estimates a range of 1,000 to 1,500 km and a terminal speed near Mach 10. JSON: https://www.defensepedia.com/data/systems/yj-21.json
- [YJ-6](https://www.defensepedia.com/systems/yj-6.html): YJ-6: Air launched variant of the HY-2. The HY-2 is identical to the HY-1 but with a further stretched body. JSON: https://www.defensepedia.com/data/systems/yj-6.json
- [YJ-62](https://www.defensepedia.com/systems/yj-62.html): The YJ-62 Chinese Short-Range Anti-Ship Cruise Missile is a Chinese subsonic anti-ship cruise missile. It is manufactured by the China Aerospace Science and Industry Corporation Third Academy. JSON: https://www.defensepedia.com/data/systems/yj-62.json
- [YJ-8 (SS-N-4)](https://www.defensepedia.com/systems/yj-8.html): YJ-8 (SS-N-4) Chinese Anti-Ship Missile is a Chinese surface-launched subsonic anti-ship cruise missile. It is manufactured by the China Aerospace Science and Industry Corporation (CASIC) Third Academy. JSON: https://www.defensepedia.com/data/systems/yj-8.json
- [YJ-9](https://www.defensepedia.com/systems/yj-9.html): In 2013, the existence of a light weight Chinese AShM was revealed to the public via internet, which is designated as YJ-9, with YJ as the abbreviation of Ying Ji, meaning Eagle Strike in Chinese (鹰击). JSON: https://www.defensepedia.com/data/systems/yj-9.json
- [YJ-91](https://www.defensepedia.com/systems/yj-91.html): YJ-91 is the Chinese version of the Kh-31. YJ is short for Ying Ji (Yingji, 鹰击) meaning eagle strike. JSON: https://www.defensepedia.com/data/systems/yj-91.json
- [YKJ-1000](https://www.defensepedia.com/systems/ykj-1000.html): The YKJ-1000 Chinese Hypersonic Cruise Missile is designed for rapid and precise strikes against high-value targets deep within enemy territory, including large warships and land targets. Its range allows it to cover key Japanese and U.S. JSON: https://www.defensepedia.com/data/systems/ykj-1000.json
- [Yugo Class](https://www.defensepedia.com/systems/yugo.html): The North Korean Yugo class (NATO code name) is said by some sources to be so named because it was built to plans supplied by Yugoslavia in 1965. The Yugoslav Navy was designed to control the coast of the Adriatic with fast patrol boats, frigates, and small submarines. JSON: https://www.defensepedia.com/data/systems/yugo.json
- [YW-531 (Type 63)](https://www.defensepedia.com/systems/yw-531.html): The YW-531 (Type 63) Chinese Armored Personnel Carrier (APC) is a Chinese armored personnel carrier that entered service in the late 1960s. It was the first armored vehicle designed in China without Soviet assistance. JSON: https://www.defensepedia.com/data/systems/yw-531.json
- [Z-18 (White Heron)](https://www.defensepedia.com/systems/z-18.html): The Changhe Z-18 is a medium transport helicopter developed by Changhe Aircraft Industries Corporation (CAIC) to replace the Z-8. The Z-18 is the largest military helicopter ever developed in China. JSON: https://www.defensepedia.com/data/systems/z-18.json
- [Z-18F (Sea Eagle)](https://www.defensepedia.com/systems/z-18f.html): Z-18F is a specialized anti-submarine and anti-ship helicopter. Z-18F: Anti-submarine version with surface radar, dipping sonar, hardpoints intended for torpedoes/missiles, and sonobuoys. JSON: https://www.defensepedia.com/data/systems/z-18f.json
- [Z-18J (Bat)](https://www.defensepedia.com/systems/z-18j.html): Z-18J naval airborne early warning helicopter. It has been developed for the Chinese navy. JSON: https://www.defensepedia.com/data/systems/z-18j.json
- [Z-20](https://www.defensepedia.com/systems/z-20.html): The Z-20 Chinese Medium Transport Helicopter is designed to perform a wide range of missions, including high-mobility air and land operations. This versatile helicopter can also be deployed for search-and-rescue, reconnaissance, maritime operations, and special warfare. JSON: https://www.defensepedia.com/data/systems/z-20.json
- [Z-21](https://www.defensepedia.com/systems/z-21.html): The Z-21 Chinese Attack Helicopter is a new heavy-weight Chinese attack helicopter based on the Harbin Z-20 airframe, intended to give the People’s Liberation Army an Apache‑class gunship with greater protection, payload, and range than the existing Z-10 fleet. JSON: https://www.defensepedia.com/data/systems/z-21.json
- [Z-8 (Zhishengji-8)](https://www.defensepedia.com/systems/z-8.html): The Changhe Z-8 (Zhishengji-8) is a triple-engine, multi-role helicopter designed and manufactured by the Changhe Aircraft Industry Group (CAIG) of China. It is derived from SA 321 Super Frelon Helicopter built by Aerospatiale. JSON: https://www.defensepedia.com/data/systems/z-8.json
- [Z-8S (Zhishengji-8S)](https://www.defensepedia.com/systems/z-8s.html): For ASW missions, the Z-8 is equipped with surface search radar and a French HS-12 dipping sonar while carrying a Whitehead A244S torpedo under the starboard side of the fuselage. The rotorcraft were also used to ferry supplies from replenishment ship to surface combatants, and transport marines from the landing ship to the shore. JSON: https://www.defensepedia.com/data/systems/z-8s.json
- [Z-9 Harbin (WZ-9)](https://www.defensepedia.com/systems/z-9-harbin.html): Despite statements from some sources, WZ-9 is too lightly protected to be an "Attack helicopter". JSON: https://www.defensepedia.com/data/systems/z-9-harbin.json
- [Z-STS Akhmat](https://www.defensepedia.com/systems/z-sts-akhmat.html): The Z-STS Akhmat Russian 6x6 Mine Resistant Ambush Protected (MRAP) was introduced in 2022 to meet the security needs of the Chechen security services, necessitating a rapidly producible and deployable transport solution. JSON: https://www.defensepedia.com/data/systems/z-sts-akhmat.json
- [ZALA Lancet-1](https://www.defensepedia.com/systems/zala-lancet-1.html): The Zala Lancet is a kamikaze drone developed by Zala Aero to take out targets on land, in the air, and/or in water following the requirements of the Russian Army. The new weapon system has a maximum range of 40 kilometers and can carry out a precision strike autonomously. JSON: https://www.defensepedia.com/data/systems/zala-lancet-1.json
- [ZALA Lancet-3](https://www.defensepedia.com/systems/lancet-3.html): The ZALA LANCET-3 Russian Loitering Munition Unmanned Aerial Vehicle (UAV) is equipped with several aiming systems: coordinate, electro-optical, and combined systems. JSON: https://www.defensepedia.com/data/systems/lancet-3.json
- [ZALA T-20](https://www.defensepedia.com/systems/zala-t-20.html): The ZALA T-20 Russian Unmanned Aerial Vehicle (UAV) constitutes a major advancement in Russian military reconnaissance unmanned aerial systems. JSON: https://www.defensepedia.com/data/systems/zala-t-20.json
- [ZBD-03 (Type 03)](https://www.defensepedia.com/systems/zbd-03.html): The ZBD-03 or Type 03 (industrial designation WZ506) is a Chinese airborne infantry fighting vehicle. It features a light-weight chassis and hydro-pneumatic suspension for airborne operations. JSON: https://www.defensepedia.com/data/systems/zbd-03.json
- [ZBD-04 (Type 04)](https://www.defensepedia.com/systems/zbd-04.html): The ZBD-04 (Type 04) Chinese Amphibious Infantry Fighting Vehicle (IFV) is the tracked infantry fighting vehicle (IFV) is based on the ZBD-97 IFV. The tZBD-04 (Type 04) Chinese Amphibious Infantry Fighting Vehicle (IFV) is developed for the PLA in the late 1990s. JSON: https://www.defensepedia.com/data/systems/zbd-04.json
- [ZBD-04A](https://www.defensepedia.com/systems/zbd-04a.html): TheZBD-04A Chinese Amphibious Infantry Fighting Vehicle (IFV) is a modern tracked infantry fighting vehicle (IFV) developed by NORINCO for the People’s Liberation Army (PLA) as an improved variant of the earlier ZBD-04 amphibious IFV. JSON: https://www.defensepedia.com/data/systems/zbd-04a.json
- [ZBD-05 (VN-18)](https://www.defensepedia.com/systems/zbd-05.html): The ZBD-05 (VN-18) is a Type 05 amphibious infantry fighting vehicle developed by Norinco for the People's Liberation Army. The Type 05 family is a collection of amphibious AFVs in service with China. JSON: https://www.defensepedia.com/data/systems/zbd-05.json
- [ZBD-86A (Type 86A)](https://www.defensepedia.com/systems/zbd-86a.html): TheZBD-86A (Type 86A) Chinese Amphibious Infantry Fighting Vehicle (IFV) is armed with an ATGM launcher for the HJ-73 "Red Arrow 73" ATGM which is a copy of the Soviet 9M14 "Malyutka". It is powered by the Type 6V150 diesel engine which is a copy of the Soviet UTD-20. JSON: https://www.defensepedia.com/data/systems/zbd-86a.json
- [ZBL-08 (Type 08)](https://www.defensepedia.com/systems/zbl-08.html): The ZBL-08 (Type 08) Chinese 8x8 Infantry Fighting Vehicle (IFV) is a family of eight-wheeled amphibious, modular armored vehicles developed by Norinco for infantry fire support, battlefield logistics, and quick reaction operations. JSON: https://www.defensepedia.com/data/systems/zbl-08.json
- [ZBL-09 (Type 09/VN1)](https://www.defensepedia.com/systems/zbl-09.html): The ZBL-09 (Type 09/VN1) Chinese 8x8 Amphibious Armored Personnel Carrier (APC) is the latest wheeled platform series to enter service with the People's Liberation Army (PLA) of China. The family was designed by China North Industries Corporation (NORINCO) and is expected to replace obsolete wheeled vehicles in service with the PLA. JSON: https://www.defensepedia.com/data/systems/zbl-09.json
- [ZBL-19 (Type 19)](https://www.defensepedia.com/systems/zbl-19.html): The ZBL-19 (Type 19) Chinese Amphibious Infantry Fighting Vehicle (IFV) is China’s third-generation wheeled armored fighting vehicle, designed to replace or supplement the widely used Type 08 (ZBL-08) family in the People's Liberation Army (PLA) Medium Combined Arms Brigades. JSON: https://www.defensepedia.com/data/systems/zbl-19.json
- [ZFB-05](https://www.defensepedia.com/systems/zfb-05.html): The ZFB-05 Chinese 4x4 Armored Personnel Carrier (APC) has been widely exported and is understood to be in use with China’s People’s Liberation Army (PLA). JSON: https://www.defensepedia.com/data/systems/zfb-05.json
- [ZSD-05 (Type 001)](https://www.defensepedia.com/systems/zsd-05.html): The ZSD-05 (Type 001) Chinese Amphibious Infantry Fighting Vehicle (IFV) is an APC based on the Type 05 hull. It is believed that the Type 001 is more likely to be found in service with the amphibious elements of the PLA rather than the Marine Corps, as it has been shown on exercises with the 74th Army Group. JSON: https://www.defensepedia.com/data/systems/zsd-05.json
- [ZSD-89 (Type 89)](https://www.defensepedia.com/systems/zsd-89.html): The ZSD-89 (Type 89) Chinese Amphibious Armored Personnel Carrier (APC) is a tracked armored personnel carrier. It is a successor of the Type 63 armored personnel carrier. JSON: https://www.defensepedia.com/data/systems/zsd-89.json
- [ZTD-05 (VN-16)](https://www.defensepedia.com/systems/ztd-05.html): The ZTD-05 (VN-16) Chinese Amphibious Light Tank is a fire-support vehicle based on the Type 05 hull. It is designed to have the same mobility and protection as the ZBD-05, but it is armed with a large-calibre direct-fire gun. JSON: https://www.defensepedia.com/data/systems/ztd-05.json
- [ZTQ-15 (Type 15)](https://www.defensepedia.com/systems/ztq-15.html): The ZTQ-15 (Type 15) Chinese Light Main Battle Tank (MBT) is a Chinese third-generation lightweight main battle tank (MBT). The vehicle was a replacement for the antiquated Type 62 light tank introduced in 1963. JSON: https://www.defensepedia.com/data/systems/ztq-15.json
- [ZTS-63A (Type 63A)](https://www.defensepedia.com/systems/zts-63a.html): The ZTS-63A (Type 63A) Chinese Amphibious Light Tank was specially designed to suit the needs of the marines. JSON: https://www.defensepedia.com/data/systems/zts-63a.json
- [ZTZ-59D (Type 59D)](https://www.defensepedia.com/systems/ztz-59d.html): The ZTZ-59D (Type 59D) Chinese Main Battle Tank (MBT) was the first computerized version of the Type 59 series as well as the first version to feature ERA. It most closely resembles a modernized Russian T-55 although is lacking in firepower and mobility when compared with a T-72. JSON: https://www.defensepedia.com/data/systems/ztz-59d.json
- [ZTZ-80 (Type 80)](https://www.defensepedia.com/systems/ztz-80.html): The ZTZ-80 (Type 80) Chinese Main Battle Tank (MBT) is a new type of main battle tank series developed by NORINCO, which has very strong firepower, advanced fire control system, high mobility, and solid armor protection. The tank series type 80 is suitable to fight under modern war conditions. JSON: https://www.defensepedia.com/data/systems/ztz-80.json
- [ZTZ-88 (Type 88)](https://www.defensepedia.com/systems/ztz-88.html): The ZTZ-88 (Type 88) Chinese Main Battle Tank (MBT) is an improved version of Type 80 that entered service in 1988 under the "Type 88" PLA designation. More than the former, it integrates a large number of Western technologies. JSON: https://www.defensepedia.com/data/systems/ztz-88.json
- [ZTZ-96 (Type 96)](https://www.defensepedia.com/systems/ztz-96.html): The ZTZ-96 (Type 96) Chinese Main Battle Tank (MBT) is the principle MBT of the PLA and represents China’s effort to bring the majority of its tanks up to a third-generation standard. It employs a 125 mm gun and autoloader as found on the T-72. JSON: https://www.defensepedia.com/data/systems/ztz-96.json
- [ZTZ-96A (Type 96A)](https://www.defensepedia.com/systems/ztz-96a.html): The ZTZ-96A (Type 96A) Chinese Main Battle Tank (MBT) entered service in 2006, reflecting the developments made in Chinese tank design such as the arrow-shaped add-on turret armor also found on Type 99. The vehicle described below is offered for export in the format described below with the designation of VT2. JSON: https://www.defensepedia.com/data/systems/ztz-96a.json
- [ZTZ-96B (Type 96B)](https://www.defensepedia.com/systems/ztz-96b.html): The ZTZ-96B (Type 96B) Chinese Main Battle Tank (MBT) is the latest version of the Type 96 Tank and made its first public debut at the 2016 Tank Biathlon. Developed by Norinco, an estimated 5 to 7 had been built and were seen being moved to the event by a freight train. JSON: https://www.defensepedia.com/data/systems/ztz-96b.json
- [ZTZ-99A (Type 99A)](https://www.defensepedia.com/systems/ztz-99a.html): The ZTZ-99A2 (Type 99A2) Chinese Main Battle Tank (MBT) builds further improvements into the Type 99A1 design. It has even greater protection against threats from the front and is thought to have a more powerful engine to provide mobility for the additional weight. JSON: https://www.defensepedia.com/data/systems/ztz-99a.json
- [ZTZ-99A1 (Type 99A1)](https://www.defensepedia.com/systems/ztz-99a1.html): The ZTZ-99A1 (Type 99A1) Chinese Main Battle Tank (MBT) was a development of the Type 98, it has become the primary MBT of elite armoured units in China as a result of its increased survivability and mobility over the Type 98. JSON: https://www.defensepedia.com/data/systems/ztz-99a1.json
- [Zulfiqar-1](https://www.defensepedia.com/systems/zulfiqar-1.html): Zolfaqar is a second generation of Iran's main battle tank (MBT). The test prototypes of the tank were evaluated in 1993. JSON: https://www.defensepedia.com/data/systems/zulfiqar-1.json
- [Zulfiqar-2](https://www.defensepedia.com/systems/zulfiqar-2.html): The Zulfiqar 2, or Zolfaqar 2, is a further development of the Zulfiqar 1. This MBT is named after a legendary sword. JSON: https://www.defensepedia.com/data/systems/zulfiqar-2.json
- [Zulfiqar-3](https://www.defensepedia.com/systems/zulfiqar-3.html): The Zulfiqar-3 is the most advanced variant of the Zulfiqar family. It features considerable upgrades to the fire control system, chassis, engine and main gun. JSON: https://www.defensepedia.com/data/systems/zulfiqar-3.json
- [Zumwalt class](https://www.defensepedia.com/systems/zumwalt.html): The Zumwalt-class destroyer is a class of three United States Navy guided missile destroyers designed as multi-mission stealth ships with a focus on land attack. It is a multi-role class that was designed for secondary roles of surface warfare and anti-aircraft warfare and originally designed with a primary role of naval gunfire support. JSON: https://www.defensepedia.com/data/systems/zumwalt.json
- [ZZH-09 (Type 09)](https://www.defensepedia.com/systems/zzh-09.html): ZZH-09 (Type 09) Chinese 8x8 Amphibious Armor Personnel Carrier (APC) is equipped with the equipment required to conduct C2 at a brigade level. Like many of the support platforms based on this family, it is designed to have matching mobility and protection so that it can work with the formation on the battlefield. JSON: https://www.defensepedia.com/data/systems/zzh-09.json