Is there more mechanical advantage to having your right shoulder on plane or having the right forearm moving at right angles to the axis of rotation? Pick one and tell me why . . .
I'm not quite sure I ever said that the right shoulder could be on plane with the elbow plane . . . however . . . . you have yet to put up anybody that is a living breathing human being that stays on the TSP . . . I await your submission.
L8RT8Rnutz.
Dear Mr. Small Animal Abuser,
There is More Mechanical Advantage with a Properly executed Downstroke Acceleration Sequence which requires an On-Plane Right Shoulder than there is with solely the Right Forearm moving at Right Angles to its Center of Rotation. The first, is an accelerating Force. The second, a force you describe, a simple Lever Extension of the Rotating Body, is really great for "Dork Does Ping-Pong".
Truly,
Dingdong
Here is one Human being. Square Shoulder Plane, Flat Backstroke and On-Plane Square Shoulder Plane Downstroke Through Impact to Follow through. This is proof that a Human can Swing on the much steeper Square Shoulder Plane. Then, is it really hard to believe that one can Swing as easily on a TSP? Also, look at the Bend in his Right Arm. 90 degrees at the Top, Halfway down and Impact. This is proof of the Rigid Power Package and Downstroke Acceleration Sequence.
Hybrid Mode
