trying to figure this out
the claim is you need x amount of twist for x amount of velocity.
and you get away with less twist if you up the velocity.
How does that work, I am not going to do the exact math but hear me out.
If say a 1-12 with a 50 gr at 2700 produces 100,000 rpm and the bullet takes x amount of time to reach target producing 300 revolutions in that time.
Now we up the velocity to 3400 fps producing 160,000 rpm and x amount of time to get to target but it will still only spin 300 times from barrel to target, its not going to spin any faster because of velocity. well yes and no.
a 1/12 twist spins once for every foot no matter what velocity its pushed at. so 300 ft to target its spun 300 times whether it was 500 ft per second or 3000 fps
so how does velocity stabalise it more ? it just gets there quicker with the same number of spins