What's new

Shenyang J-15 aircraft carrier-based aircraft

J-15 flying shark 中国海军舰载航空兵
Disclaimer: I do not warrant the accuracy or completeness of the information, text, graphics, links or other items contained within these materials.
QNzWwFj.jpg
73H94I9.jpg
VNHmlV3.jpg
 
.
Shipboard fighter pilot, Cao Xianjian, insists on flying mission after severe injuries

Fighter pilot injured in crash is back in action
By Zhao Lei | China Daily | Updated: 2017-10-18 07:30
f_art.gif
w_art.gif
in_art.gif
more_art.gif


Commander Cao Xianjian, a top jet fighter pilot of the PLA Navy, said he is looking forward to taking off from the deck of the nation's first domestically developed aircraft carrier, which is currently under construction.

"I am eager to operate from the new carrier. It must be more advanced and stronger than the CNS Liaoning," he said, referring to China's first carrier. "Now we are busy honing our combat capabilities and skills to become good carrier-based pilots as soon as possible," he told China Daily before traveling to Beijing as a delegate to the 19th National Congress of the Communist Party of China, which opens on Wednesday at the Great Hall of the People.

Cao, 36, a native of East China's Shandong province, has served 14 years in the People's Liberation Army and is qualified to fly seven types of aircraft, but it was a serious accident that launched him to national prominence.

During routine training in April 2016, the flight control systems on his J-15 fighter jet malfunctioned, and the aircraft fell into the sea. He tried his best to save it, but ultimately was forced to eject, two seconds before it plunged into the water.

"When malfunctions happen with a plane, the first thought that comes to our mind is 'How can I fly it back?' - not ditching it," Cao said. "A good pilot would never give up on the aircraft if there was any other choice."

Because the altitude at which he ejected from the J-15 was too low for the parachute to fully spread, he nearly hit the surface before his fall was arrested only minimally.

Cao's lumbar vertebrae were fractured, requiring two surgeries at Beijing's Navy General Hospital.

Doctors said Cao would likely have to bid farewell to his flying career, as the injuries were so bad that they had to put two steel plates inside his body to sustain his spine.

When he awoke from anesthesia after the first surgery, he asked a doctor: "Will I be able to fly again?" He was determined to return.

Cao began to exercise soon after nurses removed the stitches from the surgical incision. He managed to persuade doctors to carry out the second surgery ahead of their treatment schedule so he'd have more time for flight training. He didn't want to miss the carrier-based pilot's qualification test this year.

After months of rehabilitation, doctors decided in March that Cao had recovered sufficiently to return to his unit and resume his flight training.

China commissioned the Liaoning in September 2012, after several years of refitting on a half-built vessel purchased from Ukraine. Two months later, Dai Mingmeng landed on the carrier in a J-15, becoming the first Chinese pilot to do so. In May 2013, the PLA Navy established its first carrier-borne aircraft unit with Dai as its commander.

Cao said he was recruited by Dai's unit in 2013 and has spared no effort to qualify as a carrier-based pilot.

"I will never give up my flying career because of the injuries," he said.

On May 30, Cao became the first of a new generation of J-15 pilots to land a plane on the Liaoning, fulfilling his pledge. He was awarded a special badge to mark the achievement.

Cao said he looks forward to flying his fighter over expanses of ocean as the nation's carriers sail ever farther into blue waters.
 
.
.
Last edited:
.
I am not a technical person in aviation, but by looking at other good fighter jets and comparing general proportions/ratios of their designs, it looks as like JF-17, J-15 also have smaller intakes than it should have.

I think smaller air-intakes reduces the max-thrust and larger will do a bit better to compensate for the aerodynamic air-drag.
 
.
I am not a technical person in aviation, but by looking at other good fighter jets and comparing general proportions/ratios of their designs, it looks as like JF-17, J-15 also have smaller intakes than it should have.
I think smaller air-intakes reduces the max-thrust and larger will do a bit better to compensate for the aerodynamic air-drag.

Surely not. The size of an intake is dictated by the mass-flow an engine requires. You simply don't reduce thrust by using a smaller intake and there's also nothing to compensate... that's ridiculous !

Just look at the engine a J-15 - or any Flanker uses - and then compare this with the JF-17 and its exhaust.
 
.
Surely not. The size of an intake is dictated by the mass-flow an engine requires. You simply don't reduce thrust by using a smaller intake and there's also nothing to compensate... that's ridiculous !

Just look at the engine a J-15 - or any Flanker uses - and then compare this with the JF-17 and its exhaust.
There is no comparison between Flankers and Jf17. Flankers are just too good as F16 was at its time.
For the sake of discussion location of Fklanker's intake is also important coz it can take air more easily than Jf17's intake. Flankers intake under the wings make more air (and wings pressing down compressing air) to flow in, in jf17 the nose diverts air side ways making it less air going in that is way size of its intake matters more. location and size of intake both matters. Still Jf17 is competing with F16 side by side.
Closest comparison (design) of Jf17 is Mirages, and still Mirage's intakes are bigger than Jf17.

On the other hand "technically" speaking these huge fuel guzzler turbo jet engines are not dependent o size of air intakes but have their own suction power to feed their appetite for air. Considering this Jf17 not in any lose.

Overall splitting air intake into two divides the risk of accidents by 50% in air due to birds etc getting into the intake as in the case of JF17(F16 having one big intake). At the same time more easy for a high performance engine to suck air is less fatigue on it and comfortable for it to meet their said life cycle.
 
Last edited:
. . .
Last edited:
. . . .
. .

Pakistan Defence Latest Posts

Back
Top Bottom