
$1 Billion a piece? Thats 1 Tactical fighter for nearly 2 Long Range Strike Bombers. A completely unrealistic scenario. For the USAF the F-X replaces F-15C’s, F-15E’s and F-22A’s..Look at the fleet strength of these fighters and that will pretty much determine what the cost the developers will be required to play around.
Not at all. I think you’re going to have to think much larger than F-22A. Much higher persistence. It must have B-2 level stealth and require opponents to gear up their whole industry to compete. This is the genius of F-22, which both China and Russia hope to catch with their respective J-20 and T-50 programs. They have yet to build their responses to the F-35. By the time that incarnation roles around, go better in a whole another direction.
F-16’s have several assembly lines and a couple foreign manufacturers. Turkey, like India manufactures the Al-31, manufactures F100’s. Japan has its very own unique version. GD obviously miniaturized the design to help on the T-50 trainer and before that borrowed on the lessons to help design F-CK-1. Then you got programs like the Block 60 and F-16I…
If it cannot fight alien technology then back to the drawing board. Realize Skynet type of drone scenarios are fun and all, but they couldn’t win against V. I’m not joking about going for $1 billion apiece. The 6th gen has to be extraordinary.
I personally think the single seat Typhoon are akin to Su-35S and the two seat Typhoon akin to Su-30MK series. No doubt the T3 and 35 will be preferable in a2a. The MKI is what you get when you invest effort into doing work. Not all MK’s are a fraction as developed as MKI. Just as not all Typhoon will be equal to T3’s.
The quantity didn’t scare NATO, it was that by the 80’s the WarPact was receiving tanks and trucks with enough spare parts to actually enter western Europe. The quality suffered in the lead up to that point. And even after the Cold War ended, the quality of most Russian domestic vehicles were so poor and underpowered that they were abandoned in droves.
The Russian weapons tended to be rugged. They had to be field serviceable due to the great portion of duds. Russian built missiles were equally poor. Funny enough many WarPact members built their own ammunition to a higher degree of quality.
Opportunity trumps desires.
What could I get at $1 billion per plane, no size restrictions?
Much easier to make MKI into another multirole than the Typhoon T1. No doubt the latter is the better air superiority platform.
Ironically the six dozen T1’s could come at a price competitive to 36 brand new Rafales.
Has anyone put forward a two seat F-20.
With current avionics and systems.
It’s called the T-50 Golden Eagle. I would argue a lighter trainer built around the afterburning F125 would meet power requirements when Hawk trainers on the Adour, heavier nonafterburning engine in similar size, can damn well almost get there. Using modern materials in the airframe, keep to a low drag design, build in FBW controls, and an upgraded F125 will do wonders. I wouldn’t even mind an F-5 sized Gripen or Typhoon like design. Single inlet preferably. At least five built in stations; centerline and inner wing pylons to support fuel. Tail(s) that double as both rudder(s) and air brakes. No fancy EODAS or EOTS. No need for stealth. No need for AMRAAM or all-aspect AIM-9X. No super duper 25MM cannon. Aim for affordability.
The NATO strategies of infiltration and interdiction would have been major destabilizing factors in a prolonged fight. NATO needed a protracted war to win. You basically turned reality on its head PLA-MK2.
I would think selfie sticks should help people get a better vantage point for digital pictures. To me MiG 1.44 is a unicorn just begging to be revealed. I’ve never seen high quality pictures of it, and most are at awkward angles.
Yes.. I was unable to find a single quote stating more than 6,000 h service life for the Su-35S.
In all honesty the MKI 6,000 hour airframe service life is a mature process. More than likely Su-35S will enjoy a third 3,000 hour stint once the platform matures and objective data points are quantifiable. Until then the commitment is for two 3,000 hour service periods.