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0143ab93_videojs8_1563605 licensed under gpl3-or-later
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RYD date created : 2024-07-03T03:31:57.649068Z
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Top Comments of this video!! :3
Physics answer:
a = v^2 / r, or r = v^2 / amax (where a is acceleration, v is velocity, r is turn radius, and amax being a constant equal to the max acceleration/g-force the pilot can handle)
As you can see, your turn radius increases with the square of your velocity.
Even if you weren't limited by the pilot, you'd probably be limited by the structural limits of the plane. The force on the wings being
F = m*a
Combining with above
r = m*v^2 / Fmax (with Fmax being the max force the plane/wings can handle)
Even assuming an unmanned and indestructible plane, I think at some point you'd simply stall the wing trying to turn too much.
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Former F/A-18c airframe troubleshooter. Sustained G is pilot limited, max G is airframe. Hornet had sensors all over that would detect if the airframe stressed whether max G, hard landing, etc. The jet would immediately be down for major airframe inspection which would negatively impact a squadron’s mission capable rate. I would imagine unless the pilot was dodging SAM’s his first stop after landing would be the CO’s office.
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@RealKidNamedFinger
1 year ago
me pulling 23 G’s in my biplane in war thunder
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