List of aircraft produced by China

H-5A - Nuclear capable variant

SH-5 - Maritime patrol

SH-B - Firefighter

H-6A – Nuclear capable variant

H-6B – Aerial reconnaissance variant

H-6C – H-6 with improved counter-measures suite.

H-6D – Anti-ship missile carrier introduced in early 1980s

H-6E – H-6A with improved counter-measures suite

H-6F – Upgraded H-6A and H-6C with modern electronics

H-6G – Provides targeting data to ground-launched cruise missiles

H-6H – Land-attack cruise missile carrier

H-6M – Cruise missile carrier, fitted with terrain-following system and four under-wing hardpoints for weapons carriage

H-6N – Air-launched ballistic missile carrier capable of launching Dongfeng-21D anti-ship ballistic missile or the CJ-100 supersonic cruise missile

JH-7A – Upgrade variant with new structure and improved avionics

JH-7A2 – Improved variant with new radar and enhanced air-to-surface missile carrying capabilities.

JJ-2 – Two seat trainer

JJ-5 – Two seat trainer

J-5A – Radar upgraded variant

J-6B – Upgraded J-6A with two air-to-air missiles and removed the cannon

J-6C – Day fighter version with three 30mm cannon, braking parachute and domestic built engine

J-6III – Upgraded J-6A with radome on the splitter plate and domestic built radar

JJ-6 – Two-seat trainer

JZ-6 – Reconnaissance version with fuselage camera pack replacing cannon

J-6W – Unmanned variant

J-7I – Improved J-7 with an additional gun, variable intake nosecone and modified intake wall

J-7B/J-7II – Improved J-7I with larger fuel tank, upgraded WP-7II engine

J-7IIA – Upgraded J-7II with western avionics

J-7C/J-7III – All-weather fighter models equipped with fire control radar, powered by WP-13F and Type 481 data link

J-7D/J-7IIIA – Upgraded J-7III with newer avionics and WP-13FI engine

J-7E/J-7IV– modernized J-7 with newly designed double delta wing and upgraded avionics

J-7FS – utilizes WP-13IIS engine and a redesigned under-chin inlet with a divider inside the intake

J-7G – further development of J-7E with newer radar

JJ-7- Two-seat trainer

J-8I – Improved all-weather variant

J-8E – Upgraded J-8I with mono-pulse fire-control radar and improved ECM suite

JZ-8 – Reconnaissance variant

J-8ACT – Fly-by-wire test-bed aircraft

Developed from J-8

J-8D – Modified J-8B with fixed refuelling probe and updated avionics

J-8F – Upgraded J-8D with WP-13BII engine, JL-10 radar and glass cockpit

J-8H – Fighter-bomber variant, upgraded with KLJ-1 radar and FK-2 datalink, can carry guided bomb and anti-ship missile

JZ-8 – Reconnaissance variant

J-8IIACT – Fly-by-wire test-bed aircraft

JF-17B - Twin-seat variant

JF-17 Block2 – Upgraded with composites in the airframe for reduced weight and air-to-air refuelling capability

JF-17 Block3 - Upgraded with AESA radar, fly-by-wire flight control system, IRST. Replace the RD-93MA engine with Guizhou WS-13 engine

J-10S - Twin-seated trainer variant of J-10A

J-10B - An upgraded J-10 with DSI intake and PESA radar IRST, powered by the AL-31FN M1

J-10B TVC Demonstrator - A prototype fighter based on J-10B that is equipped with WS-10B thrust-vectoring control engine

J-10C - Upgraded J-10B equipped with AESA radar and imaging infrared seeker (IIR)

J-10D - Electronic warfare variant with straight, protruding spine in the central airframe, containing electronic countermeasure and warfare systems

J-11B - Chinese-developed variant with domestic subsystems. Block 02 powered by Shenyang WS-10 turbofan

J-11BS - Twin-seat version

J-11B(AESA) - Variant with light-grey radome; speculated to be equipped with AESA radar.

J-12I - (aka J-12A) Improved J-12 powered by a 8,929 lbf (39.72 kN) Wopen WP-6Z afterburning turbojet

J-15S - Two-seat variant

J-15D - Two-seat Electronic warfare (EW) variant, with EW pods and other electronic equipment installed and IRST sensor removed.

J-15T - Improved variant of J-15 incorporating CATOBAR launch capability, modern fifth-generation avionics, AESA radar, new airframes, stealth coatings, and compatibility to launch PL-10 and PL-15 missiles.

J-16D - Electronic warfare (EW) variant. Equipped with wingtip EW pods; internal EW system replaces IRST and 30 mm cannon

J-20B - Improved J-20 variant with thrust-vectoring control (TVC) engines.

J-20S - The twin-seat variant of J-20, the co-pilot is presumed to coordinate attacks and reconnaissance missions with UCAVs.

J-31B

J-35 - Naval variant

J-35A - Land based variant

based on the Shenyang J-6

Q-5Jia - Q-5 modified to carry nuclear bombs

Q-5Yi - Torpedo attacker

Q-5I(Q-5A) - Q-5 with the internal weapon bay replaced by internal fuel tank, increasing fuel capacity over 70%

Q-5IA(Q-5B) - Improved Q-5I, radar warning receiver and flare dispensers added

Q-5II(Q-5C) - Q-5I with omnidirectional radar warning receivers

Q-5E - Pylon with ability to mount laser-guided bombs, improved fire control system

JQ-5J - Tandem two seater of Q-5

Q-5L - Upgraded Q-5C, with LLLTV/FLIR vision systems for a day/night capability

Project cancelled

Y-5B – agricultural aircraft, equivalent to the An-2 SKh.

Y-5B-100 – Y-5B aircraft fitted with triple tipsails on the upper wing tips, which reputedly gave 20% higher climb rate and improved L/D ratio by 15%.

Y-5B(T) – A para-dropping version developed for the PLAAF, with up-dated avionics including a GPS.

Y-5B(K) – Variously reported as a tourist variant or Agricultural variant.

Y-5B(D) – Variously reported as an Agricultural variant or Tourist variant.

Y-5C – Amphibian version of Y-5A fitted with two floats.

Y-5D – Bomber crew trainer.

Y-5K – A VIP passenger variant with five seats.

Y-7G - A military variant of the MA60 produced for the PLAAF.

Y-7H - A reverse-engineered An-26 with rear loading ramp for the PLAAF, entering production in 1992.

Y7H-500 - Civil variant of the Y-7H certified in 1994.

Y-7-100 - Improved version, developed in co-operation with HAECO (Hong Kong Aircraft Engineering Company), with redesigned cockpit and cabin, as well as winglets， capable of carrying 52 passengers.

Y-7-100C1/C2/C3 - Five-crew variant with equipment changes.

Y-7-200 - Fitted with new avionics; without winglets.

Y-7-200A - Powered by two Pratt & Whitney PW127C turboprop engines.

Y-7-200B - Stretched version (74 cm (29 in)) with WJ5A-1G engines, built for the Chinese domestic market.

HYJ-7A - pilot and crew trainer for H-6 heavy bombers fitted with a stabilised HM-1A bombsight, bomb-aiming radar and a TNL-7880 combined navigation system.

Xian MA60(Y-7-MA60) - 60 seats turboprop-powered airliner,

Xian JZY-01 / Y-7 AWACS – Carrier-based airborne early warning and control (AEW&C) variant, used as a testbed for Xian KJ-600.

BZK-005C: Developed from original BZK-005 and optimized aerodynamic structure and electronic system with attack and reconnaissance capability. It can equipped with booms or missiles with more than 300 kg payload.

BZK-006: PLAN variant, combat capable, developed from WZ-6 with enlarge the airframe and four underwing hardpoints added

BZK-006A: Upgrade version of BZK-006

DCK-006: PLAN variant, unarmed reconnaissance version of BZK-006

KVD001: PLAGF variant, tactical reconnaissance

JWP01: PLAGF variant, tactical reconnaissance for artillery observation

JWP02: PLAGF variant, developed from WZ-6 with electro-optical turret mounted below the fuselage removed

Wing Loong-10: Mass-produced version for export.

Wind Shadow: UCAV prototype for Chinese domestic version. Featured stealth design, twin-engine, turbofan powered.

Cloud Shadow: An export version prototype. Stealth featured, single-engine (optional twin-engine), turbojet powered.

Wing Loong 1: Basic model for export.

Wing Loong 1E: Upgrade version with composite materials and newer electronics.

Wing Loong 2: Developed from Wing Loong-1, with provisions for up to twelve air-to-surface missiles

Wing Loong 2H: Civilian, communication, emergency response variant, equipped with synthetic aperture radar and optoelectronic pod which is able to relay and amplify telecommunication signals.

Military designation is unknown

TB-001A: 3-engine variant with payload increased to 1500 kg and max flight ceiling increase to 9500 meters.