Your guessing about least important factor in mission can be verified from 2016+ maybe. [By the way you were the one doing fancy claims about the flight capabilities of the F-35.]The same thing about the capability of avionic and its factor in mission success compared to the Euro-Canards f.e.. We still have to see if the EW+stealthy airframe gains will fulfill the promises in frontline operations some day. Modular designed avionic can be “forever young” as an upgrade is possible shown in the SH example too.
I think it’d be more accurate to say that given LM’s results with the F-22, I’m giving them a little benefit of the doubt, with regards building aircraft with excellent performance/systems. It may be late, the cost may be up, but I don’t doubt that the aircraft will be what the military users say(and expect) that they will be.
Not a single detail to stay polite. By the way I see no F-35 over Libya in 2011 to compare real front-line capabilities.
I don’t need to provide details, when pointing out what your assumptions are.
Not even APA claims avionic parity, and EW+conventional RCS will always be inferior to EW+stealthy airframe. Whatever raw performance differences there are, are the least important factor in mission success.
Has there been an announced delay for production of the T-50? I won’t post the link as it is in Russian, but on another site there is a link that the OP claims makes mention of the T-50 serial production being put off until 2019-2020! Anyone know of any truth to this? If so why?
Does this mean I will have to wait until 2021-2022 before I see an operational T-50/”Su-50″ squadron…crying out loud!!! 🙁
Just being realistic, I wouldn’t think those numbers to be too far off, unless the inital aircraft are pretty vanilla. They’re going to need a lot more test aircraft to crank out the number of flight hours/test points, to get anywhere near IOC. Even then, it’s going to take time to see a fully capable plane(with the new engines, mature systems/avionics, etc…).
Well let’s see-
Ignoring pilots raving about nimbleness and acceleration
Eurocanards have avionic parity
Active stealth just as good
Just for starters.
The main intrest is, what of the former F-35 program will survive in the future?! Most of the former claims have been sacked in the meanwhile and the present F-35 program does not differ much from that of the Eurocanards avionic-wise. None seriously will see thousands of F-35s any longer. It will be intresting to learn what missions are kept for the F-35 and what will go to interim solutions or unmanned vehicles in the end. The F-16 was A2A at first to become A2G as the main mission later on. The F-35 will start as A2G design, when the A2A is the secondary mission only. The design of the F-16 allowed to trade some agility and performance for the less demanding A2G role, when it is much more difficult to get that from a heavior A2G design. It will be intresting to have a comparision of the flight performance of the F-35 compared to a SH. LM and the DoD are very tight-lipped about that. In the meanwhile most people realised that the gains from the passive stealth of the F-35 can be reached by a smart active jamming as well.
There’s an awful lot of assumptions here to stay polite, not to mention ignoring contradictory information that’s out there.
don’t be so sure…
what’ smore, you still can’t say for sure how much the F-35 will cost anyway…
but if you make a competition, andset the rules so that competitors have to share cost risks too (and not only put up bills that the state pays all the time), you can be certain that even LM will suddenly find interesting solutions…
Allow me to rephrase- there’s no way you’d get a cheaper aircraft with the same capabilities, or anywhere near the same IOC.
There’s no way you’d get a cheaper aircraft, by cancelling the F-35 at the stage.
I already said RIP. But my concern is also about the plane.
What’s wrong with hoping the money we paid don’t go to waste. We are not a developed country to write off an investment like that. The cost of one of these things can feed many poor Indians for years.
It comes across as being insensitive, regardless of the financial investment involved.
In your own post, you posited that transonic region is the most challenging part of the envelope, yet wonder why more time hasn’t been spent at higher speeds. That was the point I was getting at, in terms of you answering your own question. I strongly suspect that it won’t be long before you see the F-35 flying at M1.6+. They’re also opening the high G envelope, so we’ll soon have a much better understanding of the raw performance potential, and put the hyperbole to rest.
It goes like this:
When a new aicraft is put on test flights, the first thing is Engines and airframe structure(Fatigue/stress to the controls etc) and of course the Flight envelope.
These three issues are tested at the same time.
Other systems like radar/sensors etc comes later in the test program, and used on other prototypes.
You may have noticed that LM is testing the F-35 significantly different, than has been typical in the past. Applying previous paradigms is one of the fallacies that many keep making with regard to this program(I.e. operating cost estimates, etc…).
Nonsense to stay polite. There are three main aerodynamic areas in general and the F-35 will operate in all three. The most demanding is the transsonic range and the main operating area of the F-35.
Subsonic till ~ Mach 0,8
Transsonic over Mach 0,8 till ~ Mach 1,3 (depending on the aerodynamic quality of a fighter)
Supersonic over Mach 1,3 (just above Mach 1,8 the heat friction becomes an issue)
I think you may have answered your own question with this response.
The F-22 operates at higher speeds/altitudes, etc… For the speeds the F-35 will be flying, there’s lower risk. Getting the RCS right, along with canopy and afterburner issues, were more pressing, than seeing how much faster than the KPP, the plane was(not to mention the sensors/avionics/software..
You’re claim is as much a guess as mine. Neither of us know what the test schedule looks like, or what the basis is for the test points. I gave a plausible explaination. To further speculate is, well just that.
Presumably because there were other test points, that had a higher priority. It sounds like they’re going to be doing a lot more high speed/high G testing now, so we’ll likely hear a lot more in the near term.
Why wouldn’t an F-15 be capable of a BVR win against a J-11B(especially one with a (v)2 or later radar, and C7/D missiles)?