Awfully slow ( just 20 J-15 ) rate of production, don't you think?
Not really if you consider that SAC split the production of J11 derivative into J16 and J15. We know that since 2014 they have produced 20 J15 and 25 J16. that is 45 jet in 2 years .The J15 production rate seem to be in locked step with the launched carrier, but they need to crank up more pilot.They need cheap,economical trainer jet
Estimated Number of Aircraft Pilots Trained vs need (Source: East Pendulum, August 22, 2016)
Anyway apparently PLAN has chosen the JL9 as trainer plane.Using J15 for training doesn't make sense
From Henri K blog
In a new GAIC statement issued on November 29, it is reported that the Chinese aircraft manufacturer continues to work on the naval version of its JL-9 supersonic training aircraft, known a priori as the JL-9G.
GAIC General Manager Wang Fei (飞文飞) gave a speech on November 26 to nearly 300 senior executives of the company, in which he said that "the JL-9 is going on the aircraft carriers" is part of Of one of the GAIC's six strategic opportunities in the 2017 development plan.
It is unclear at the moment whether this means that the Chinese navy finally confirmed the choice by taking the JL-9G as its first naval training aircraft, or WANG simply wants to "transform the test" in 2017 after several years of development Of the program, knowing that the HAIG (Hongdu Aviation Industry Group), which is also a subsidiary of the AVIC group, would have positioned itself to propose another candidate based on the JL-10, better known under its export name L-15.
In any event, the JL-9G seems to have already gone off with a considerable advance since at least one of the prototypes, registered 423, has already been photographed in flight with a landing stick (although it was Proved later that the current JL-9G cell is not adapted to the braking with a stop strand and a complete review of it is therefore necessary), to which is added videos showing another prototype Took off on a springboard installed on the ground.
Prototype 423 of JL-9G with a landing stick
A JL-9G from the Chinese Navy takes off from the ski jump
A JL-9G in a landing drive without stop
The fact that all the key components of the JL-9G, notably the WP-13F and then the WS-13E, are Chinese also give it a significant advantage - the JL-10 is now dependent on Ukrainian engines and this situation is disconcerting. The Chinese military, even though the native WS-17 engine, developed especially for this twin-engine jet aircraft, is already in flight test state.
Some people also question the safety level of the JL-9G as an airplane, as it is a single-engine aircraft, and it is derived from J-7 which has a high landing speed.
However, the single-reactor aspect does not seem to be a particular problem for the US Navy, for example. The T-45 Goshawk is also a single-engine aircraft and, thanks to several aerodynamic optimizations, the JL-9G's landing speed is reduced to 210 km / h, well below JL-9's 260 km / h, 230 km / h of Su-33 or 250 km / h of MiG-29KR for example.
And from my analysis a few months ago, if the Chinese navy can not find a solution to increase its training resources now, there will be a shortage of qualified naval pilots as soon as they receive their second aircraft carrier by 2019 The gap will widen at this rate with the arrival of the 3rd aircraft carrier after 2023 if nothing is done by then.
The JL-9G thus constitutes a viable solution in the short term, so that the training campaigns of the Chinese naval pilots are more economical and can be launched on a larger scale. The J-15s could then be freed from their training role today and devoted to more "operational" missions.
It is therefore for all these reasons that it is not surprising that the Director General of GAIC calls this a "strategic opportunity" for his entity. It will soon be known in a few months whether a new version of JL-9G,(with the cell and the train reinforced? did he meant structure)is available for a real landing on the carrier Liaoning.
The case to follow.
Henri K.
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