JH-7 [Jianhong Fighter-Bomber] [FB-7] / FBC-1
This aircraft 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.
Xian Aircraft Industry Company [XAIC], based in Shaanxi Province, produced the new JH-7 Jianhong-7 [Jian=fighter hong=bomber] Flying Panther supersonic fighter-bombers for the Chinese Navy at the modest rate of two aircraft per month. Due to its unreliable engines, the JH-7 was rejected by the PLAAF in favor of Su-27SK. It was first revealed publicly September 1988 as model at Farnborough International air show, with the first of two prototypes having been rolled out during previous month. The first flight came in late 1988 or early 1989.
Service entry was originally scheduled for 1992-93, but introduction in significant numbers seems to have been delayed. Having nonetheless entered the Chinese Navy's air arm inventory in the early 1990s, according to some reports as few as a dozen [and probably no more than two dozen] pre-production JH-7s are in service with PLA Naval Aviation, with additional JH-7 production awaiting the availability of a suiteable Chinese engine.
In 2003, after considerable work, aircraft of this type, known as Block 2, were adopted by the Air Force. A later modification machine JH-7A, able to use precision-guided weapons, entered the parade of the PLA Air Force in 2004. Combat capabilities Jian-hong 7A corresponds approximately Panavia Tornado. It is believed that Chien-Hung-7 can not be on an equal footing to resist modern fighters. They are involved in almost all "Peace Mission" exercises of the Shanghai Cooperation Organization (SCO).
This twin-engined, two-seat, swept-back high mounted wing supersonic fighter-bomber has a configuration similar to the British "Tornado" attack plane. The plane is designed to have the same role and configuration class as the Russian Sukhoi Su-24 'Fencer'. It has high mounted wings with compound sweepback, dog tooth leading edges and marked anhedral; twin turbofans, with lateral air intakes; all swep tail surface, comprising large main fin, single small ventral fin and low set all moving tailplane; small overwing fence at approximately two third span. Quarterchord sweep angles approxomately 45 degrees on wings and fins, 55 degrees on tailplane. Armament including twin-barrel 23mm gun in nose; two stores pylons under each wing, plus rail for close-range air-to-air missile at each wingtip. Typical underwing load for maritime attck includes two C-801 sea-skimming anti-ship missiles and two drop tanks.
The JH-7 has provided the Chinese Navy with improved attack capabilities. However, he WS9 turbofan does not have enough thrust (with boosted thrust at 9,305 kg per engine), the
maximum bomb-carrying capacity of this large fighter with a maximum takeoff weight of 27 metric tons is only five metric tons, far less than that of foreign aircraft in the same weight class.
The XAIC plan is to use Russian-made engines and advanced composite materials to improve the B7 and equip it with terrain-tracking radar and electronic countermeasures equipment. This improved JH-7A will have more reliable AL-31F engine as well as a domestic radar with a detection range of 100 km and the ability to simultaneously track 14 targets and attack 4 to 6. This improved JH-7A is a candidate to replace the outmoded B5 and A5 attack planes. However, the J-10 fighter-bomber has a maximum bomb-carrying capacity of design at 6.8 metric tons, and the Su-27 also has a bomb-carrying capacity of nearly 6.5 metric tons.
While it was widely reported that the aircraft would have upgraded Russian AL-31SM turbofan engines, the JH-7 that was shown at the 1998 Zhuhai Aerospace Show had two British Spey MK-202 turbofan engines. Turbofan engines are a bottleneck technology for the Chinese aircraft industry which, from the 1960's to the present has always used less efficient turbojet engines.
To bolster strike capabilities, China reportedly is developing an improved version of the FB-7. The twin-engine FB-7 is an all-weather, supersonic, medium-range fighter-bomber with an anti-ship mission. Improvements to the FB-7 likely will include a better radar, night attack avionics, and weapons. Over the next 20 years, production efforts for the air forces are expected to focus on an indigenous 4th generation-type aircraft, the improved FB-7 fighter-bomber, and possible upgrades to the Su-27/Su-30.
In June 2009 it was reported that China had decided to revive production of the JH-7 strike aircraft at aircraft maker, Xian Aircraft Co., Xian, Shaanxi, China. The People's Liberation Army's Naval Air Force could produce an additional 50 to 70 aircraft, and the PLA Air Force may purchase some 100 planes. Some of the planes to be built will be the improved JH-7A variant. British and French engine manufacturers were said to be vying with each other to provide China with engine technology to support production of an additional 170 upgraded JH-7s. When first introduced in the mid-1990s, the JH-7 met with limited success due to the usual difficulties in manufacturing the the WS9 turbofan powerplant. The WS9 is a version of the Rolls Royce Spey Mk202 that the company built under licence. An article in Defence News quoted industrial and government sources as saying that China was planning additional production of the JH-7, with discussions ongoing on with Rolls Royce plc, London, and France’s Snecma, to build engines for the attack aircraft. The European Union arms embargo covers only weaponry and complete weapons systems, and not engines.