What is the formula? How much difference is there between brush and, say, 1 inch away from the body?The closer the arm is to the body, the greater the amount of angular acceleration is achieved in the whip.
What is the formula? How much difference is there between brush and, say, 1 inch away from the body?The closer the arm is to the body, the greater the amount of angular acceleration is achieved in the whip.
E=mc squared.What is the formula? How much difference is there between brush and, say, 1 inch away from the body?
I was just curious. Geez.E=mc squared.
Hell, I don't know the exact physics of it.
You asked what brush has to do with speed, I answered.
I'm not sure anyone has ever done the type of research you are now asking for.
How to increase speedI was just curious. Geez.
No offense intended. Sorry if it came off that way.I was just curious. Geez.
Was curious how much difference it makes, that's all. I'm a little geekish on some of this stuff.No offense intended. Sorry if it came off that way.
I don't think it adds any velocity but I am in the minority on this. If you have proper mechanics you will brush or come very close. There are some pitchers that have negligible brush and good velocity. There isn't a consensus on exactly where the brush takes place, upper arm or lower arm. If it's upper arm then maybe you get some kind of leverage when you IR, if it's lower arm then it seems like it would add drag. And then there's the idea that brush triggers release and is responsible for control, something else I don't agree with.Was curious how much difference it makes, that's all. I'm a little geekish on some of this stuff.
HmmmI don't think it adds any velocity but I am in the minority on this. If you have proper mechanics you will brush or come very close. There are some pitchers that have negligible brush and good velocity. There isn't a consensus on exactly where the brush takes place, upper arm or lower arm. If it's upper arm then maybe you get some kind of leverage when you IR, if it's lower arm then it seems like it would add drag. And then there's the idea that brush triggers release and is responsible for control, something else I don't agree with.
Was curious how much difference it makes, that's all. I'm a little geekish on some of this stuff.
There are a few PC’s who are using 4D Motion to look at this and other aspects of mechanics to see what the data suggests.What is the formula? How much difference is there between brush and, say, 1 inch away from the body?