No, the two RNLAF aircraft I showed in the list (which I had a typo in the designation) are the two Netherland's aircraft.Jeff, you're forgetting the two Dutch ones that are to be useless at least until 2015.
Is the F-35 using TVC during those high angle demonstrations, or is it only ever used during take-off and landing?
If the spin chute frame work is welded to the aft fuselage, brat, I don't think I would call it very conventional. I expect aluminum alloy in the area that is not suitable for welding to.....the very conventionally configured A model, with the spin chute frame work welded on the aft fuselage ....
If the spin chute frame work is welded to the aft fuselage, brat, I don't think I would call it very conventional. I expect aluminum alloy in the area that is not suitable for welding to.
Your post was kind of intelligible but I'm guessing you were trying to say that the Australian experts claimed that the F-35 was 20 years ahead of the J-20?
U.S. Air Force F-35A Lightning II Joint Strike Fighters from the 58th Fighter Squadron, 33rd Fighter Wing, Eglin AFB, Fla., fly in formation May 16, 2013, off the coast of northwest Florida. The 33rd Fighter Wing is a joint graduate flying and maintenance training wing that trains Air Force, Marine, Navy and international partner operators and maintainers of the F-35 Lightning II. (U.S. Air Force photo by Master Sgt. John R. Nimmo, Sr./RELEASED)
Also I learned long ago, perhaps matters have changed since, weldable Aluminum alloys are not well suited for structural use in aircraft.I am just quoting the source from Edwards that I referenced when the engineer noted that the spin chute is much heavier than the typical braking chute, I was pointing out the wing and control planform of the F-35 which is what we would consider conventional as opposed to canards or aft mounted delta wings. Also depending on the alloy, aluminum welds up very nicely and some of the most beautiful welds I have ever seen are on aluminum or Titanium, but they do require a special technique and material that is not nearly as simple as welding iron or steel. Brat