Aces High Bulletin Board
General Forums => Aces High General Discussion => Topic started by: oboe on November 24, 2004, 01:21:14 PM
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We know that wings can now 'break off' due to excessive aerodynamic stress; we know the wings also can receive fatal damage from cannon/machine/flak hits.
So my question is does one affect the other? That is, if a wing has taken partial damage due to fire, is it more likely to fail during high-G manuevers?
Likewise, if a plane is currently undergoing heavy stress (high G turn) and receives machine gun fire, will fewer hits be required to cause the wing to fail?
I absolutely sawed off the wing of a Spit the other day with a high deflection shot of .50 cal, and wonder if the fact that he was turning hard made any difference.
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This is one I would love to know for certain too.
It sometimes *seems* that way, but other times not.
I lean towards the later, because I've had my P-51 wings full of holes many times and have never lost a wing at high speed or sharp turns (lost due to the higher drag at high speed, or induced G in a turn)
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punt. Inquiring minds and all that rot.
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I doubt anyone but HTC staff can positively answer this. As a bbs lurker though, my readings have given me the impression that the damage value to break a wing, and the G stress value to fail a wing are 2 seperate perameters that dont affect each other.
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Dunno if it's modelled but last night I had fire in the left fuel tank of my Typhoon ...
I pulled hard to line with the runway and my wing broke ...
5 kills lost to my stupidty :)
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On my Yak Ive only, as far as I know, broken wings when they have been damaged. Never from just pure G pulling stress.
The way to test this would be to take a plane with very good high G durability and stress it out. See how much stress you can put it through before anything breaks.
Then get someone to ping your wings and do the same thing.
Tex
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They do not effect eachother