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#1
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Interesting, and yes we do not have 5+ revolution in game...and so I would think that the unknown is time, how long did it take the RL pilot to adjust per 1 degree, and is that modeled correctly in game...it may well already be, I do not have the knowledge/certainly not the experience, to speculate any further.
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#2
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One can quite reliable assume that the wheel turned quite easily because of the gearing reduction and the large wheel.
So it is quite easy to grip a imaginary wheel beside your seat and give it 4 quarter turns. You'll see that that takes about 1 second. As the wheel was readily accessible and had no big resistance (assumed) that would comply with the 5 to 6 seconds measured by Flanker35.
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#3
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Max. ~2 seconds, ~1/4 turn per second, as in in the video.
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#4
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I'm sorry Robtek, but you are saying that you can turn a 12" disc one whole rotation in 4 movements in 1 second. Yes, ONE second. Sorry, but no, don't be ridiculous.
It is the number of rotations is modeled to move through the entire trim range and a realistic speed of adjustment (as suggested in the flaps adjustment) that we are seek. Any superspeed suggestion is biased in order to gain advantage. Let's not skew the facts please, this goes for all types. |
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#5
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And what about the g-forces the pilot and structure would suffer when going to full up nose trim very quickly in a high speed dive?
I spoke with a Typhoon pilot (Sqn. Leader D.L Stevenson) who told me that he often had to trim nose up quick to recover from high speed dives when attacking with rockets, and that made him nearly black out every time. There's also a passage in Clostermann's The Big Show when he had to apply a lot of nose-up trim while diving like crazy from high alt chasing a 109, he lost consciousness immediately and when he came back to his senses he had a nosebleed and his radio was useless from the high g's. After landing he saw taht his plane was quite warped... So I guess that in game whe can quicky apply full trim at high speed we shoild also feel quite some effect on the pilot and airframe. Surely pilots would adjust trim even in a fight, but generally you apply trim in small amounts, you rarely put full trim at once except if your live is really depending on it, when pulling out of a dive for example... |
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#6
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Ok, i have to admit, 4 quarter turns a second is a bit optimistic
A pilot, knowing its ride, would knew exactly how much trim to feed for the expected result and could move the wheel at least 2 to three quarters a second. He would also exactly know how much to use and stay in a fighting condition.
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#7
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I think that's very true, maybe in time I will as well. It's a bit touchy right now for me, seems to require micro adjustments. The times that I have used it was for take off, and landing approach I have not used it in combat yet
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#8
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Rounding off the numbers given to 12 degrees (11.
It takes ~4 seconds to make a full revolution of the wheel. Don't believe me, try it. Each grab is a 1001, 1002, 1003, 1004. If the pilot is in a hurry he might get 3 seconds per revolution of the wheel. |
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#9
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Yes, we are missing the physical feedback, lucky us!!
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#10
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There is some 109-related information on this page: http://www.virtualpilots.fi/feature/articles/109myths/ Search for 'trim' as a keyword, quite interesting in many aspects.
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Bobika. |
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