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Chengdu J-10 Multirole Fighter Air Craft News & Discussions

Really??

These are the original prototypes ... and several operatiional one: The J-10SY for the Ba Yi), a J-10SH or ASH for the Naval Aviation and a regular J-10AS in PLAAF service. However there is not a twim-seater of the latest J-10B/C available. :fie:

View attachment 699137View attachment 699141View attachment 699142View attachment 699143

There probably won't be twin seater based J-10C until numbers of existing J-10AS/ASH trainers are no longer fit to fly requiring replacement. Or when more combat trainers required. If J-10A based twin seat trainers cheaper and convenient to build, then Chengdu scrap the plan for J-10C based twin seater. Export market demand would determine the twinseat variant as well.

US F-16D aren't many sort of rare in US inventory despite the USAF flown F-16 mostly in air to ground sorties. It is mainly because they are small and fly in high risk ground threat area in search and destroy, having just 1 pilot is adequate for small fighter with short combat radius below 300nm. Only Israeli and Singapore Air Force favors twinseat F-16D to safeguard their small borders conducting air strikes. Apart from these 2 countries, Turkish, NATO operators didn't emphasize much on twinseat F-16D as well. Newer F-16F didn't find much sales.

PLAAF & PLAN look into these factors and retain the twinseat J-10 as trainers
 
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J-10C
309c236f8da4214f738c21.jpg

Via www.81.cn
 
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How would you compare the RCS of J-10 C as compared to an F 16 Block 70?

I don't know about other aspect. It will need deep study & analysis to determine that.
But What I know, J-10B/C already Equipped with DSIs INTAKE. Meanwhile, F-16 Block 70 not.

DSIs on J-10 B/C
J-10 DSI.jpg


DSIs itself have many benefits in reducing RCS of the Aircraft, and used not only on J-10 B/C.
But also with other 5th Gen Stealth Aircraft like China's J-20 & J-31/35, and US F-35.


DSIs improve the aircraft's very-low-observable characteristics by eliminating radar reflections between the diverter and the aircraft's skin. Additionally, the "bump" surface reduces the engine's exposure to radar, significantly reducing a strong source of radar reflection, because they provide an additional shielding of engine fans against radar waves.
https://en.wikipedia.org/wiki/Diverterless_supersonic_inlet
 
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