>>> Yes. I am saying shift the paradyme -- the shoulder is connected to the arms, wrists, and hands. The shoulders do become involved, but as variable assist... if you will. Keeping closed and exploding through the ball is how the power is generated.
Again, Ted Williams was the greatest hitter of all time, not the greatest instructor. I saw an interview once where he babbled on about Lau's theory and how he perceived. The interviewer stopped Ted and questioned his description as pretty much what he said was important in hitting at the beginning of the interview. Ted paused and then said he "supposed that was the case". Anyone who has read about Ted Williams knows he was kind of arrogant when it came to hitting. He felt like he was the authority on hitting and anyone else that suggested anything else was going to be attacked.
What about Pete Rose? That to me seems like rotational hitting, and it is completely different than the hitters I have been referencing.
I am really just trying to understand the differences here. <<<
My main concern with the linear batting principles you outlined in your first post is that they are all based on a false theory of what produces bat speed. The theory that bat speed is generated from the forward weight shift and straight extension of the arms is just not true. There is no "Whip effect" of the bat from a straight extension and stopping of the hands. As this video clip (Whip theory
) shows, the batter's mechanics must cause the hands to be 'cast' into a circular path to cause the bat to whip around.
Therefore, any batting cue that encourages the batter to drive his hands (or the knob) straight across his body back toward the pitcher is counterproductive. So Rick, I would think twice before using "knob to the ball" -- "(A to B)" -- "Keep your hands inside the ball" or any cue that would encourage a linear extension of the hands.
Then there is the matter of how torque is efficiently applied at the handle to further maximize bat speed. I might add that "snapping the wrist" is not how torque is efficiently applied. This clip (Torque
) explains some of the principles of applying torque at the handle. Also, the posts below from the Archives have more information on "linear vs rotational" and torque.
Defining "Linear vs Rotational"
Note: Since this may be of interest to other readers, I am also starting it as a new thread.