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Posted

From below, the F-35 looks reasonably aerodynamic. The usual pics make it look thick-necked to the point of looking a little "hunchback".

Posted

Well you wouldn't be looking for it in the mud would you? Ergo its stealth. :P , I wonder if a coating of mud has radar absorbing properties.

Its Bulgarian I think

 

  • 3 weeks later...
Posted

Back in the day when AAMs sucked, we saw the need for a true interceptor as well as interceptor/bombers. As technology improved, our design philosophy reverted from interceptors to dogfighters; ironically, by the time that reversion was complete AAMs were pretty damned deadly. The munitions are ready and capable now, budgets aside it would be very nice to have a big supercruise interceptor/bomber (and really by bomber I mean ground/surface attack by PGMs and ASMs).

 

CONUS hopefully doesn't need to fend off the Russkies any more, but such a bird would seemingly be very appealing to Japan, South Korea, Turkey, etc.

Posted

 

So, what're Tanknet's thoughts on the J-20 being some F-111-esque strike aircraft?

 

It's a realistic and scary threat to USN carriers.

 

It seems a little early in the J-20 development process to label it as such. There are no known statistics on the aircraft; we just know it looks like a low RCS design and is a larger airframe, implying a long range for a fighter.

Posted

 

The PAK-FA is a big plane. :blink:

 

I just realized that the F-35 has the usual nozzles instead of the thrust vector stealthy types found in the F-22. And the Japanese ATD-X is so adorably kawaii.

Posted (edited)

On thrust-vectoring nozzles, I remember I met some friends of one of the engineers that were designing them for EFA, in 1988. After 25 years, they are not used yet...

 

Edited by sunday
Guest Charles
Posted

On thrust-vectoring nozzles, I remember I met some friends of one of the engineers that were designing them for EFA, in 1988. After 25 years, they are not used yet...

 

With the aforementioned new Gen of AAM's, does thrust vectoring bring much to the table?.

I believe with G suits and forced airbreathing, most pilots can handle around 9G's. Modern AAM's can do considerably more.

 

Maybe once the A/C are in the Merge, using cannon; thrust vectoring might come in handy.

 

Charles

Posted

I suppose that in theory, they can aid in short field take offs and landing.

 

Air show enthusiasts are certainly impressed.

 

If they ever get thrust vectoring to work without losing airspeed, it can be a benefit in air to air.

Posted

How are you losing any more speed vs. using conventional control surfaces? You can certainly use thrust-vectoring to put you in a bad spot, but that is probably more a matter of training than anything else.

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