quote:Originally posted by EdZ
re: lag at any point - that was talking about flails. If you have a flail on a horizontal plane, assuming you keep applying force, the swingle would never catch up with the handle. It would continue, with 'lag' around the circle.
I have read past references to '
continuous Lag' in your circle theory. With my attention diverted to other areas of your theory, I didn't do my homework on this one. So, I really don't know how you apply this concept to an actual Golf Stroke.
That said, what you have described above is
Accumulator Lag -- as opposed to
Pivot Lag or
Clubhead Lag -- the out-of-line condition of the Flail's Swingle and Handle. And this Loaded Accumulated Power
must be
Released in order to convert its potential energy (energy of
position) into kinetic energy (energy of
motion).
Similarly, with
Pivot Lag, the Lagging Components of the Pivot Train
must gradually overtake the Leading Components. This is the Sequenced Overtaking of the multiple Pivot 'Centers,' i.e., the Feet, Knees, Hips and Shoulders (6-C-0 and 6-M-1).
Only the
Clubhead Lag -- the inertia of the orbiting Clubhead as sensed through the #3 Pressure Point -- properly could be considered a 'continuous Lag around the Circle.' That is because, unlike its two counterparts, only the Clubhead Lag has no Release Point (6-C-2-A). But...
This is
not the Lag of the trailing Flail Swingle.