radness
Possibilities & Opportunities!
- Dec 13, 2019
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Sorry sometimes that advertisement gets in the way of typing and have to re-editI agree..I think.
Sorry sometimes that advertisement gets in the way of typing and have to re-editI agree..I think.
I knew what you meantSorry sometimes that advertisement gets in the way of typing and have to re-edit
Yes visually as a pitcher leaping can change the timing of watching the pitcher to release point.The main advantage, in my mind, at least is leaping does allow you to release closer than if you dragged. That said I am not convinced that a light drag takes much away from the actual landing spot. Somebody needs to compare landing spot for pitches with and without a leap for a pitcher who only leaps occasionally. I think Alexander last year only leaped occasionally, right?
I was talking purely in terms of reaction time.Yes visually as a pitcher leaping can change the timing of watching the pitcher to release point.
But that is something you learn rather quickly hitting skills.
Imagine the more pitchers that would do that the more batters would be accustomed to it.
There were some pitchers that flew off the mound years ago and it could be more dramatic than mechanics than those not doing that.
Also pitchers that would land to the side dramatically.
I don’t know much about pitching mechanics so outside of how far you can get out, is there something else that gets compromised when you drag?If I get this right. Jay is saying there is no big advantage from leaping compared to a pitcher trying to keep their toe down? He should try it.
You're going to have drag because you are trying to keep some portion of your foot on the ground. There is resistance. There is no way possible that it doesn't slow you down compared to no foot on the ground. More resistance less power.I don’t know much about pitching mechanics so outside of how far you can get out, is there something else that gets compromised when you drag?
How much of the pitch velocity is due to the velocity of your body (which is what is seemingly, at least on the surface, slowed down due to the drag) vs the arm circle? 15-20%? More? Less? Also does dragging cause one to have less arm circle velocity? If so, why? Genuinely curious, not trying to start troubleYou're going to have drag because you are trying to keep some portion of your foot on the ground. There is resistance. There is no way possible that it doesn't slow you down compared to no foot on the ground. More resistance less power.
So is that you saying the arm circle velocity is severely compromised by having to drag? The pitch velocity has two components, linear velocity of the body and linear velocity due to the arm rotation, add them together and you get the pitch velocity out of the hand.try this. Do a broad jump without using your arms. Then try and do one with a toe drag. I guarantee you the comparison will not even come close if you used your arms and both feet off the ground.