Xian JH-7 Fighter Bomber Aircraft - Airforce Technology (2024)

Xian JH-7 Fighter Bomber Aircraft - Airforce Technology (1)

JH-7A parked at the Yantai Laishan International Airport.

Xian JH-7 Fighter Bomber Aircraft - Airforce Technology (2)

JH-7A displayed at the Beijing Military Museum.

Xian JH-7 Fighter Bomber Aircraft - Airforce Technology (3)

Rolls Royce Spey Mk-202 turbofan engine powers the Xian JH-7 aircraft.

Xian JH-7 or Jian Hong-7 is a twin engine, lightweight fighter bomber aircraft designed and manufactured by Xian Aircraft Industry Corporation, China to meet the requirements of People’s Liberation Army Navy (PLAN) and People’s Liberation Army Air Force (PLAAF). Its NATO reporting name is Flounder. It was built to replace the Chinese ageing fleet of Harbin H-5 and Nanchang Q-5 aircraft.

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The export version of two seat JH-7 fighter is known as the FBC-1 (Fighter Bomber China-1) Flying Leopard. The maiden flight was completed in December 1988 and the aircraft entered into service in 1992. About 70 JH-7 aircraft are currently operational worldwide. The aircraft can operate day and night in all weather conditions.

JH-7 fighter bomber variants

The JH-7 fighter bomber has four variants namely JH-7A, JH-7B, FBC-1 Flying Leopard and FBC-1A Flying Leopard II.

The JH-7A is an upgraded version of the original JH-7 aircraft. JH-7A is the first aircraft designed with CAD or CAM CATIA V.5 software. This variant is additionally equipped with digital fly by wire controls, ventral fins, a glass co*ckpit and a single piece windscreen. The number of hard points in the variant is increased to 11.

The JH-7B is an advanced version of JH-7A. It has stealthier features compared to JH-7A.

"The JH-7 or FBC-1 is armed with a single 23mm twin-barrel GSh-23L auto cannon."

FBC-1 Flying Leopard is an export version of JH-7. It was unveiled in 1998 and features a helmet mounted sight, a glass co*ckpit and user defined radars.

FBC-1A Flying Leopard II is an export version of JH-7A and was unveiled to the public in September 2003. This variant features 11 hard points which can carry 9,000kg of external stores.

Orders and deliveries

The JH-7 was delivered to the PLANAF in 1990. Xian Aircraft Industry Corporation supplied 20 JH-7s to the PLANAF in 1992. The PLAN acquired 20 more aircraft between 2002 and 2004 upon completion of the aircraft’s final design in 1998.

Development

The proposal to develop a new fighter bomber was submitted to the Ministry of Aeronautics (MoA) by the People’s Liberation Army in 1970. Two different variants of single airframe were proposed by Xian Aircraft Industry Corporation to cater to the needs of both PLAAF and PLAN. The air force variant was dropped in 1980 while the naval variant was built to execute anti-ship missile strike missions. The full scale production of original JH-7 began in 1984. The first JH-7 prototype was rolled out in August 1988 and unveiled to the public in September 1988 at Farnborough International Air Show.

The first batch of 12 to 18 JH-7 aircraft was delivered to both PLNAF and PLAAF for evaluation in the 1990’s. The PLAAF declined to acquire JH-7 due to its old technology and unreliable Spey turbofan engines. The air force finally agreed to procure aircraft after upgrading the avionics and weapons suite with state-of-the-art technology. The upgraded JH-7 is known as JH-7A and was delivered to PLAAF in 2004.

co*ckpit

The aircraft incorporates a two seat tandem co*ckpit and fuel tanks. The co*ckpit accommodates a pilot and a weapons load officer and is protected by armour plates. The back seat is reserved for the weapons load officer and is fitted slightly higher than front seat to provide clear visibility of the battlefield. Each seat has its own back-hinged canopy.

Armaments

The JH-7 or FBC-1 is armed with a single 23mm twin-barrel GSh-23L auto cannon, which can fire 300 rounds per gun.

The aircraft has nine hard points of which six are located under wing, two beneath wing tips and one under the centreline fuselage section. It can carry 9,000kg of payload.

It is also equipped with PL-5, PL-8 and PL-9 air to air missiles (AAM), Yingji-8K, Yingji-82K anti-ship missiles (ASM) and Yingji-91 anti-radiation missile (ARM). The aircraft is fitted with 57mm or 90mm unguided rocket pods, and unguided and laser guided bombs.

Radars

The JH-7 is equipped with Type 232 H Eagle Eye multi-function fire-control radar, which tracks target information of YJ-8 (C-801) subsonic anti-ship missiles from a maximum distance of 70km to 100km. It also offers fixed air to air and navigation capabilities. The radar cannot operate on land due to its deficiency of terrain and precision strike abilities.

Countermeasures

The aircraft features an electronic countermeasures suite which encompasses Information Friend of Foe (IFF) transponder, radar warning receiver (RWR), noise jammer, and KZ-8608 electronic intelligence (ELINT) suite, chaff or flare dispensers.

Engines

The JH-7 is powered by two Rolls-Royce Spey Mk202 turbofan engines. Each engine can produce 54.29kN of dry thrust and its thrust after burner is 91.26kN.

"The first JH-7 prototype was rolled out in August 1988."

The engine is 5.2m long. Its diameter is 1.09m. The dry weight of the engine is 1,856kg.

The Spey Mk202 engine was introduced in 1960. The engine was first received by China in 1975.

China signed an agreement with Rolls Royce in 1975 to reproduce the Spey Mk202 engine through reverse engineering.

The Chinese produced engine is designated as WS-9 Qinling turbofan engine and its trail production began in 1976. The WS-9 incorporated in the JH-7A aircraft is a licensed copy of the Spey Mk202 engine.

Performance

The aircraft can fly at a maximum speed of 1,808km/h. Its cruise speed is 903km/h. The normal and ferry ranges of the JH-7 are 1,759km and 3,700km respectively. The service ceiling of the aircraft is 16,000m. The aircraft weighs around 14,500kg while its maximum take-off weight is 28,475kg.

Xian JH-7 Fighter Bomber Aircraft - Airforce Technology (2024)

FAQs

Xian JH-7 Fighter Bomber Aircraft - Airforce Technology? ›

The aircraft can fly at a maximum speed of 1,808km/h. Its cruise speed is 903km/h. The normal and ferry ranges of the JH-7 are 1,759km and 3,700km respectively.

How fast is the JH 7a? ›

The aircraft can fly at a maximum speed of 1,808km/h. Its cruise speed is 903km/h. The normal and ferry ranges of the JH-7 are 1,759km and 3,700km respectively.

How good is the Chinese Air Force? ›

The Chinese People's Liberation Army (PLA) has invested in defensive air capabilities such as anti-access/area denial assets and fifth-generation fighter aircraft. Yet, it is still significantly behind Western airpower capabilities; it is unable to demonstrate offensive power projection in the air domain.

What is the JH7 based on? ›

The JH-7 “Flying Leopard” was developed during the most intensive development of military-technical cooperation with the West. In appearance, layout and armament base version of the aircraft is similar to the Anglo-French SEPECAT Jaguar. The first test model of the plane flew in December 1988. .

How many fighter jets does China produce per year? ›

On the air side, China is accelerating its production of the J-16, J-10, and its sea variants as well. The J-16, a multi-role fighter, has more than 100 airframes produced annually, while the J-10's production is around less than 40 airframes per year.

What is the fastest operating fighter jet? ›

According to BBC Science Focus, the NASA X-43 was the fastest aircraft ever made, with an extraordinary speed of Mach 9.6, or 7,366 mph. Coming in second place is the NASA/USAF X-15, with a max speed of 4,520 mph. However, the fastest fighter jets still in service is the MiG-25 Foxbat, reaching 2,190 mph.

What is the fastest piloted jet ever? ›

In 1967, pilot Pete Knight made history by flying Mach 6.72, or 6.72 times the speed of sound, in the X-15, marking the fastest flight in a manned aircraft ever recorded.

What is the most advanced Chinese fighter jet? ›

The Chengdu J-20 is China's most advanced stealth fighter jet. The J-20 reportedly had several encounters with the US-made Lockheed Martin F-35 jets in 2020. The Chinese air force has a fleet of more than 200 J-20 jets — and the figure is only expected to grow.

Who is more powerful, China or the USA? ›

Generally, most non-European countries see the United States as the world's leading economic power, while those in Europe tend to name China.. United States remains the most powerful country in Asia as China's influence declines, study shows · The United States remains the pre-eminent .

How capable is China's Air Force? ›

The PLAAF is recognized as one of the world's most capable air forces, reflecting extensive training programs, and a strategic shift towards developing a formidable aerospace force capable of projecting power regionally and globally.

What generation fighter jet does China have? ›

The J-20A Mighty Dragon is China's first fifth-generation fighter and the most advanced combat aircraft in its arsenal. A fifth-generation fighter jet has four main attributes: stealth, 'supercruise', advanced sensors like active electronically scanned array (AESA) radars, and network centric operations capability.

What frame is Air Force One built on? ›

The presidential air transport fleet consists of two specially configured Boeing 747-200B's — tail numbers 28000 and 29000 — with the Air Force designation VC-25.

What does the Y stand for in YF 17? ›

The 'Y' in YF stands for prototype according to the Tri-Service aircraft designation system. The 'F' stands for fighter, so YF stands for prototype-Fighter. These aircraft are operated by the US Department of Defense (USAF or USN).

What is the fastest jet in the US Arsenal? ›

Summary: The F-15E Strike Eagle holds the title for the fastest aircraft in the U.S. Air Force, capable of reaching speeds between MACH 2.4 and 2.5, or about 1,875 miles per hour. This surpasses the top speeds of both the F-35 and F-22 Raptor.

What was the fastest jet in Vietnam? ›

However, the fastest COMBAT aircraft used during the Vietnam Nam war was probably the F-105 Thunderchief; it was capable of breaking the Mach at low level (there are very few aircraft that can do…

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