[ About ]
[ Batspeed Research ]
[ Swing Mechanics ]
[ Truisms and Fallacies ]
[ Discussion Board ]
[ Video ]
[ Other Resources ]
[ Contact Us ]
Re: Re: Re: Re: Re: The stride's role in the swing


Posted by: Jack Mankin (MrBatspeed@aol.com) on Mon Jan 20 12:28:46 2003


Jack-
IMO the point of the 'sit' or weight shift from back to center is to use and amplify the plyometric response - when a muscle is first stretched, then contracted it contracts more forcefully. Additionally extra energy is stored in the elastic tissue (ligaments and tendons) when it stretches, and that is released in the second half of the movement - the body's rubber bands so to speak.
Doing the same movement statically bypasses this physiological advantage.
The difference in the swing is one of explosiveness. Since the hitter must wait as long as possible to read a pitch, then generate a high velocity batspeed in 4/30th-6/30th of a second, the large muscles that initiate and power the swing must contract explosively (speed-strength). The Plyometric response is the best way for the body to generate maximum strength in the minimum of time.
Your suggested alternative ["Suppose the batter loads by having the proper weight on the front toe in his stance as he prepares the launch position. Suppose his trigger is a little knee cock during the inward-turn instead of a linear stride"] does not offer such a dynamic loading process as far as I can see.

Hi Major Dan

I agree that dynamic loading or plyometric response (as opposed to a static load) is necessary, but I have found that lowering the body can accomplish this just a well as a forward (linear) movement. In either case, linear momentum is not being converted into rotational energy (other that the loading process).

Jack Mankin


Followups:

Post a followup:
Name:
E-mail:
Subject:
Text:

Anti-Spambot Question:
This famous game is played during the middle of the MLB season?
   Super Bowl
   World Series
   All Star Game
   Championship

   
[   SiteMap   ]