[tobell]

To this end, he is minimizing Effective Clubhead Mass by using a very light Lag Pressure (low Clubhead Acceleration Rate / 2-M-2-1) with a Short-Shafted Club that he makes shorter still by gripping down slightly (length of Lever / 2-M-2-2). In addition, to reduce Clubhead Speed, he employs a Side Power Package Assembly Point per 10-21-B (short Length of Stroke producing reduced Acceleration Time / 2-M-2-3). Further, he uses an Automatic Random Sweep Release (10-24-C) to increase the length of the Release Arc (Release Interval / 2-M-2-4), thus increasing the Clubhead’s travel time (from Release to Impact) and decreasing its travel rate (6-N-0) for the given Hand Speed (Pace / 6-P-0). This minimizes the increase in Clubhead Speed inherent in the Endless Belt Effect (2-K#6) and its characteristic change from Linear Speed to Angular Speed during the Pulley Wheel Encounter (7-23).

Two pros deftly performing their craft, thanks to both Elkington and Yoda.

Side Power Package Assembly Point per 10-21-B (short Length of Stroke producing reduced Acceleration Time / 2-M-2-3).

-- very helpful!

Thanks