LOL and what do you think would happen once the BVR missiles miss and the fight gets within visual range you suppose? After all, Su-30s will have BVR missiles as well.
Also, since it has never been exported, how do you know if it is a cheap option? Certainly not cheaper then JF-17 am I right?
Yes they were designed in the 70/80 by countries with lot of experience and expertise making jet fighters. China in the 80s was a newbie in comparison and it is clearly reflected in the JH-7's design.
Anyways, if JH-7 was so great, PAF would have elected to procure it already.
so same think will happen to J-11, Su-30 and other Jets all round the world, and it was dedicated maritime striker/ CAS Jet like Tornado's, Su-24, F-111 and was well designed at that time, lot Cheaper than J-11 series, Su- series of jets, the main Problem for PAF is not satisfy its electronics ECM, ECCM/ ES/EW, that's why Pakistan didn't buy it
take a look at JH-7 yourself
@GriffinsRule
JH-7 Flounder/Flying Leopard
This tandem-seat fighter bomber in the same of class of Tornado and Su-24 (max TO weight 28,500kg, weapon load 6,500kg, max speed Mach 1.7, ferry range 3,650km, combat radius 1,650km) entered limited service with PLA naval aviation in 1994, replacing old Il-28 torpedo bombers. Designed by Xian Aircraft Design Institute (603 Institute) and built by Xian Aircraft Company (XAC), the
JH-7 prototype first flew in December 1988. However it did not complete the development until late 1996 after successfully test-firing YJ-81 ASM (after the loss of one prototype and two test pilots due to engine failure). Its standard mission is
anti-ship, where it carries up to 4 YJ-81/YJ-83K AShMs under the wing plus two wingtip PL-5B AAMs and a twin 23mm cannon (200 rounds) for self-defense. It can also carry rocket pods or up to 20 250kg free-fall bombs for
ground attack mission. The naval
JH-7 can also carry aerial mines for mine laying missions. The aircraft is equipped with a complete set of avionics which initially suffered a high malfunction rate. Its onboard system consists of
Type 232H Eagle Eye multi-role radar, triplex digital-analog autopilot, 8145 air-data computer, WG-5A radio altimeter, 210 Doppler navigational system and HZX-1B "stabilizing" system; EW suite includes RW1045 RWR, 960-2 noise jamming system, and 914-4G passive jamming system.
JH-7 was first revealed on TV during the naval exercise in October 1995. However due to its 1970's design as well as two underpowered Rolls-Royce Spey MK202/WS-9 turbofans (20,515lb with afterburning), it was rejected by PLAAF who is in favor of Su-30MKK and has become the first dedicated maritime attack aircraft for PLA Naval Aviation. All pre-production
JH-7s (around 18, S/N 81x6x) are believed to be stationed at Dachang Airbase near Shanghai. Nonetheless, engineers at 603 Institute are still making various improvements on
JH-7 which include the new JL-10A PD radar, one-piece windshield, two additional underwing hardpoints, new databus and INS/GPS. The result is the upgraded
JH-7A(see below), capable of delivering a variety of PGMs and stand-off missiles. Its export version is dubbed FBC-1 (Fighter/Bomber Export-1), which was unveiled at Zhuhai International Airshow in November 1998, but has yet to attract any foreign customers. Between 2002 and 2004 PLAN received the last batch of about 20 improved
JH-7s (02 Batch? S/N 82x6x), where are powered by additional second-hand Sprey MK202 turbofan engines supplied by Rolls-Royce. These
JH-7s have upgraded avionics including the new JL-10A (with enhanced AA & AG modes and compatible with YJ-83K AShM) multi-mode PD radar replacing the old Type 232H. In late 2007
JH-7 was first seen carrying large
ECM pods under the wings without any weapons. They are part of a new frequency jamming system and consist of one receiver pod and four different transmitter pods, each covering different frequencies. Therefore the aircraft could provide an electronic shield for other
JH-7s within the formation similar to American EF-111 (though limited in terms of capability). Recent images indicated that all early batch of
JH-7s have been upgraded with the JL-10A PD fire-control radar as well as a new datalink antenna behind the cockpit.
- Last Updated 4/1/16
JH-7A Flounder/Flying Leopard
A PLAAF
JH-7A was photographed while it was approaching for landing. The first batch of
JH-7A entered the service with PLAAF (S/N 30x9x, 62x6x, 64x2x, 31x9x, 72x1x, 78x6x, 73x7x) in late 2004. Unlike the naval
JH-7A (S/N 83x9x, 82x5x, 82x7x) which first entered the service earlier in 2004, it wears a medium-blue color scheme and has the serial number painted under the side of cockpit. First revealed as a full-scale mockup, this improved variant of
JH-7 was seen carrying a full range of air-to-air and air-to-surface weapon load, reflecting its enhanced capability of launching precision strikes using anti-radiation missiles and LGBs. The precision strike capability is believed to be a major requirement
JH-7A has to meet in order to attract orders from PLAAF. This capability is thought to be achieved by the
JL-10A/AG (K/LKK10?) multi-mode PD radar integrated into a new fire-control system, plus an improved "stabilizing" system (analog FBW) giving the aircraft a true terrain-following capability. The aircraft also features a one-piece windshield and a tandem glass cockpit (
front/
rear) and HOTAS. It also has new wings and horizontal stabilizers made of composite materials and have the 1950 style wing fences removed. As the result, a few hundred kilograms of weight has been eliminated. The engines are the indigenous WS-9
Qinling turbofans (certified in July 2003) replacing the original R&R Spey MK202s. The aircraft has a total of 11 hardpoints, 6 underwing, 2 wingtip, 2 under the engine intakes and 1 under the fuselage. Currently PLAAF
JH-7As are equipped with PL-8 AAM,
LS-500J & GB500 LGB,
KD-88/
KD-88A TV/IIR guided ASM and
YJ-91ARM. A datalink pod can be carried underneath the engine intake for KD-88 ASM. Similarly a laser designation pod (
K/JDC01) can be carried to paint targets for LS-500J LGBs. It can also carry two large
ECM pods similar to those being carried by
JH-7. In addition to ECM missions, the aircraft can also fly
ELINT/SIGINT missions carrying two receiver pods. The naval
JH-7A can also drop 250kg
aerial mines (MKC-03-500?) as well. 5 prototypes were built (#811-815), with the first
JH-7A prototype taking off on July 1, 2002. Since 2009 most
JH-7As have been upgraded with a new UHF/VHF antenna behind the cockpit. In 2014
JH-7A started to carry
KL700A ECM pod (KG600) for self-defence. The latest image (November 2016) suggested that it started to the bigger and more powerful
KG800 ECM pod, which can provide the electronic protection for the attacking formation.Its export version is called JH-7E but is unlikely to attract any foreign customer due to its obsolete design.
JH-7A is expected to be replaced by
J-16.