Just curious about how are they modeled.
Several cases:
190D9 trying to catch a diving Spit, at some point, magic, the spit goes directly from diving to vertical climbing and looping. Trying to follow and, surprise:
1 - Total blackout.
2 - Wings gone.
190D9 pursuing a diving spit from hi alt:
1 - No way to catch due violent shakes at hi speed.
2 - Loose of control, ruder and aileron trim required to exit the dive.
3 - The spit continued the dive with impunity and good elevator control as the pilot confirmed.
Same effect against diving F4U1D.
262 pursuing a diving La7, when the La7 saw distance was starting to reduce, upppps, go vertical in a second. 262 recovering much more smoothly and... ...both wings gone (3 similar examples the same day, 3 262 broken) and with no structural sounds at all.
190A8 pursuing a Spit at medium speed in horizontal flight. Spit goes vertical in half a second, 190A8 simply cant follow and, even with a much smooth angle variation, total black out again.
Ta152H, well, better dont talk about it ...
My conclussions:
- Average Spit/La7 lives in total blackout half of his flight time
La7 and Spits are made of some kind of extraterrestrial material, allowing them to have extraterrestrial structural limits.
- D9 critical mach is well bellow La7, F4U or Spit (any kind) ones. As a side note, I have better control at hi speed diving with 190A series than witn 190D9.
- Germans used chewing gum to attach the wings to the 262 body and used same technique for the Ta152H.