From Tom's Tech Tips
I belive what Tom says but I am confused on one thing.
That means that flatline barrels and Z-Bodies should have no effect on the trajectory of the ball. I have shot a flatline and there is a definate effect on the ball (wether or not it goes further or not I did not test).
Also when a disscusion about range comes up people always say "excluding flatlines and Z-Bodies" or "spin inducing devices". So people basically are agreeing that they do have an effect.
So either I'm missing something(which is probally the case) or spin does have an effect on paint balls. Either way could someone help clear this up for me.
Thanx I apperciate all the help that will follow.
The problem is the liquid fill, when you rotate the shell, the liquid tends to stay where it is. The best example of this is a glass of water with ice floating in it, when you rotate the glass the ice stays in the same place (you have all seen it). So if you can grab the ball hard enough to go from 0 to about 10,000 RPM's in 5 thousands of a second (remember TechTip #1?) Yes the shell is spinning but the fill is not. When the ball leaves the barrel the viscosity of the fill slows the shell down but the fill's rotation is speeding up from the shell too, so you get an almost instant reduction of the RPM's out of the barrel. The balls rotation does not come to a complete stop because the shell does impart some spin to the fill.
That means that flatline barrels and Z-Bodies should have no effect on the trajectory of the ball. I have shot a flatline and there is a definate effect on the ball (wether or not it goes further or not I did not test).
Also when a disscusion about range comes up people always say "excluding flatlines and Z-Bodies" or "spin inducing devices". So people basically are agreeing that they do have an effect.
So either I'm missing something(which is probally the case) or spin does have an effect on paint balls. Either way could someone help clear this up for me.
Thanx I apperciate all the help that will follow.




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