2mongoose
New
It's 2* outside today and I've got some time to burn. So, I decide to watch "Flipper" again and this idea of throw out action got me thinking.......
Brian briefly touches on hinge action at one point but focuses more on how an effective pivot throws the power package down and out. If you can just hold on to that force you're certain to get a max trigger delay feel and a set of wonderfully educated hands.
My Question:
6-B-3-0: Homer talks about throw out action "automatically aligns the Clubshaft and Clubhead for Horizontal Hinging." He later says "True "Throw Out" action holds the Clubface in Impact Fix alignment and automatically produces Angled Hinging."
So, is Brian monitoring the clubface and executing horizontal hinging via the #3 PP only as he stress the shaft?
Follow-up Question:
If the laws of physics are the same for Joe Hacker and Tour Pro, how do we end up with different release types/points? If centrifugal force drove the power package to the same point, assuming an in-line condition, how are non-automatic release types not steering?
Brian briefly touches on hinge action at one point but focuses more on how an effective pivot throws the power package down and out. If you can just hold on to that force you're certain to get a max trigger delay feel and a set of wonderfully educated hands.
My Question:
6-B-3-0: Homer talks about throw out action "automatically aligns the Clubshaft and Clubhead for Horizontal Hinging." He later says "True "Throw Out" action holds the Clubface in Impact Fix alignment and automatically produces Angled Hinging."
So, is Brian monitoring the clubface and executing horizontal hinging via the #3 PP only as he stress the shaft?
Follow-up Question:
If the laws of physics are the same for Joe Hacker and Tour Pro, how do we end up with different release types/points? If centrifugal force drove the power package to the same point, assuming an in-line condition, how are non-automatic release types not steering?
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