7-2 Grip Types

[HungryBear]

HB,
Can you just clarify what you mean by this? The context and specifics - might be helpful - otherwise this statement by itself would seem incorrect in many situations.
Thanks,
Mike

#12 above;
note the A and B sections.

I did some "sweet spot" stuff down in the lab a while back.
I proposed a "hang the club on a thread" experiment here not long ago.
I have debunked the "sweet spot" is aligned by cf numbers of times.
There is no magic physics that align the clubface all by itself.
CF takes place on a FLAT incline plane and provides NOTHING significant that rotates the club/clubface about anything (the shaft or cog axis) lying on that plane.

Like to hear your opinion
hb

[Mike O]

#12 above;
note the A and B sections.

I did some "sweet spot" stuff down in the lab a while back.
I proposed a "hang the club on a thread" experiment here not long ago.
I have debunked the "sweet spot" is aligned by cf numbers of times.
There is no magic physics that align the clubface all by itself.
CF takes place on a FLAT incline plane and provides NOTHING significant that rotates the club/clubface about anything (the shaft or cog axis) lying on that plane.

Like to hear your opinion
hb

I didn't understand your A and B - so tough for me to identify your point and know if I agree or don't. Here's my thought - as an object rotates in a circle - if the pull is strong enough then the object's center of mass will align itself to the center of rotation and maintain a constant relationship to that center as it rotates in a circle. So it's not closing or opening IN RELATION TO THE CENTER OF ROTATION - however for example in the golf swing it is opening (on the backswing) and closing (on the downswing)in relation to the ball/target.