Topic of Discussion 6-D-2
 

6-D-2 Secondly, surprisingly low, sustained acceleration of the Lever Assemblies produces excessive Hand Speed which irresistibly throws the Clubhead into its Release Orbit prematurely (10-19-C).

What do implications does this have on your procedure and the Loading of your Pressure Points?

I think this addition to 2-K Endless Belt vs. The Flail has particular relevance to an understanding of 6-D-2.

Another very inmportant element in the generation of Angular Motion is the Endless Belt Effect (Sketch 2-K #6) which is the Physics of the Delivery Paths (7-23). During the straight line portion of the motion (Line Delivery Path) Linear Motion give the Belt and teh Clubhead identical MPH speed. When the Belt starts around the Pulley (Release) its MPH does not change (Constant Hand Speed) but the Clubhead goes into an Angular Motion and its Surface Speed becomes proportional to its: 1) Radius 2) Belt Speed and 3) Pulley diameter.

So once the Pressure Points in the hands (the Belt) are LOADED . . . that particular load or pressure is sustained (no need to increase necessarily the Pressure Point Pressure) via a Constant Hand Speed. Once the hands encounter the Pulley Portion . . . BAMO Surface Speed (Clubhead) increases with the Hand Speed and Pressure Point Pressure remaining constant.

6-c-2-D

High Thrust Low Speed . Heavy Impact.

= Booooooooom!!!!!!

Nonono..

More like WHAAAMMMPPPP slow motion.

Wakeup
 

Bucket Wake up. Bucket Wake up! Now, what sound do you hear? That's right- Wack! Thud!:violent:

I'm on to you Mike O!!!! I have penentrated your inner circle (add appropriate low class vulgar joke her _________).

Prepare for the NIGHTMARES!!!!!!

inner circle stuff
 

What the heck is this inner circle stuff. What kind of nightmares will I have shanks,hooks,pulls or topped balls? Don't get it!

This is why the Hitter has a "Slow Start Down"...

Thanks for bringing up 2-K. Personally, the concept of the "Endless Belt" is sheer genius. You may want to look also at the implications of Pulley Diameter to understand this more fully. This will in turn (of course)relate proportionally to Delivery Path, and back to your initial curiosity about hand speed. Great topic...