I don't think so. The farther ahead the hands are at impact, the later the release, and so more head speed, because the max speed is attained shortly after release point and then starts slowing.
I am not debating the fact that a snap release can have more speed than a sweep release, I am only addressing your statement that after release it starts slowing
from 2-m-1 basic power
...Centrifugal acceleration is staunchly proportional to the angular speed of its center and reaches a maximum speed almost instantly after release and tries to remain constant...
a sweep release can still be a true kinetic chain.
the flat left wrist and clubshaft being in-line with the left arm is the number one geometrical alignment of the circle. arguably the basis for precision geometry, gainey and trevino's strong grips and forward lean have geometry of their own but it is not congruent with the machine concept's geometry.
btw i like their strong grips with the shaft lean over exaggerated forward lean with a normal grip and ARCHED left wrist as we see some tgmers focusing only on forward lean and not realizing that it is within the context of the structure, the release, the roll, the geometry, and the flat left wrist. The clubhead should be in-line like nicklaus to produce the machine concept's intended geometry.
So because it reaches maximum speed shortly after release and stays constant a ball hit Well prior to full extension vs. one that is hit just prior to full extension will have the same speed as long as you do not disturb the force. this would mean that a ball position further back in the stance will produce a shot that may go further (given the same release point and all other factors being equal) because they will have equal speed but one with less loft turning a pw into a short 8 iron like ob says. although gainey has a similar ball position to nicklaus', it's as if gainey is playing the ball way back in his stance. the extreme forward lean and delay facilitated by the strong left hand grip like bucket said
sweep release or random sweep users can still produce a clubhead speed equal to their snap release counterpart with a high turning speed or high hand speed.
I am not debating the fact that a snap release can have more speed than a sweep release, I am only addressing your statement that after release it starts slowing
from 2-m-1 basic power
...Centrifugal acceleration is staunchly proportional to the angular speed of its center and reaches a maximum speed almost instantly after release and tries to remain constant...
Like the clubhead, I've tried a lot of things that didn't quite make it!
Hybrid Mode
