Hazed, first of all, I agree with what you said about the B17. It did a level turn starting from 220 mph at 6000 some odd feetfeet. It took 13 seconds to reach 180 degrees from the start of the turn. I lost about 70 mph indicated. This is entirely too fast. Anyway, I did some math and it works out to about an 1200 foot radius, and at an average velocity of 200 mph, this is a 2.7 G boat type, wings level turn... the loss of speed was pretty high, but I don't think a plane like a B-17 with leg powered rudder, would ever have the authority to skid this hard, and I don't think the fuselage would create that much side lift. A wings level turn should be possible in any aircraft, but 2.6 G's on a bomber that is only at about 2 times stall speed? The wings could barely generate 4 g's at this speed, so there's no way the fuselage-rudder-engine trust vector combination could come anywhere close to a 2.5 or 3 G turn.
As for the F4u 1c, i came up with about a 3 degree per second turn at about 300 mph. This worked out to about a 1.3-1.4 G turn. The radius worked out to about 9500 feet, and the lateral G load about .76 G's. I think a Corsair fuselage-vert stab- trust vector component could equal .76 G's at 300 mph.
**B-17 6000 some feet, 220 mph, 1200 foot **radius turn at 2.6 G's lateral **acceleration.
**F4u1c, similar altitide, 300 mph, 9500 **foot radius, .76 G's lateral acceleration
Looks like the B17 could need some looking into. The F4u1c seems within the realm of reasonableness, otherwise known as TLAR (That looks about right!).
As for missing wing panels and being able to land, I guess it depends on what the damage display represents, and the aircraft's roll authority. Fast rolling planes like the 190 and F4u, and even the mustang seem to have no problem, while planes with less aileron authority have more trouble. Seems reasonable too right? Also consider that even if half of the wing is missing, the root portion of the wing is probably where these planes get most of their lift since they have more than half of the area, the airfoil is thicker, the flaps are located here, and the other wing tip can easily dump it's lift with the aileron. Dihedral angle and side slip further contribute to being able to maintaining attitude.
Also I've lost the wing tip on the F4u many times and was never able to trim it to fly hands off with the missing wing tip.
Originally posted by hazed-:
that was a joke about the USAAF stuff but this wont be looked into anyhow.Im going to be told this is normal for planes and im not going to beleive you that an F4uc could pull this manouver so easily.
What im trying to tell you people is YES rudder turns are possible and were used to avoid AA fire and present a smaller target.What they could NOT do is 'it' in such a small turning circle.The B17 can shallow dive rudder completely around and fly out 180degrees in what cant be more than a b17s width.
I cant be bothered to be honest.Things wont change and im fed up with the BB.If you're gonna tell me this is normal then OK OK ITS NORMAL.
I know what i think it is and ive never been able to do it on any other sim and it isnt possible on any of the other planes ive tested so far in AH.Only f4uc and b17 so far and no i havent tested all, i only just found it out.