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Ok, I'll admit to an obvious typo - now corrected.
I can't see much point in arguing torque vs gyroscopic precession unless you can explain how the torque changes as the result of a turn. And please read what other people have written regarding turns: Quote:
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It's useful for establishing baseline comparisons between aircraft. Ridiculous statements that say that a bomber can turn as fast as a Spitfire can be easily proven otherwise quickly without having to load it up and show the turn times yourself. It's not a perfect measurement but when you're comparing types or laying out the groundwork for an online or offline mission it can be very useful. |
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For a fairly simple discussion of the issue, see here:http://www.auf.asn.au/groundschool/umodule1b.html#turns Some aircraft can withstand higher G forces than others (greater structural strength), and some aircraft can sustain higher rates of turn than others (more power), but this doesn't alter the relationship between bank angle, speed, and rate of turn. |
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It is a pretty easy armament option to create and would add quite a bit (at least for those who want to see a P-40 with two cowling 0.50s and prided, of all things imaginable, for its climb rate over the Hurricane). |
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True. And Also I flew Ju-88C the last time and I got three shot downs against Yak 9 which decided to turn with me in one flight. I thought I will be a dead man in this heavy fighter, but I really enjoyed the turn rate.
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:grin: |
you guys are crazy, everyone knows you turn by pressing the arrow keys... geezzzzz...
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Any news? :(
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