Practically, at right angles is excellent. I wish I had read the book many years ago and it is right in line with all modern ball flight theory. Especially, since the golf balls have become more solid.
I think Homer is incorrect about how a perfectly straight shot is created. I think it is more logical to consider the path of the club during the impact interval as a tangent instead of a cord.
I think that the ball does not get carried down and to the right during the interval. Otherwise the implications would be inconsistent with practically at right angles. It would also suggest that a ball resting on the ground is getting rammed into the ground some amount.
I agree the collision is so violent, as has been expressed here by many, to think that the ball simply does nothing but get carried from one place to another without anything else happening but compression seems illogical.
JG
John I'm typing on my iPhone which is a pain so I won't answer in full , but to address the first things first........ Homer didn't suggest the "path " of the club was a chord to the circle. The circumference it self is the path. It's an arc .
So the clubbead prior to it's low point is going down and out given some degree of inclination to the plane of the circle.
John I'm typing on my iPhone which is a pain so I won't answer in full , but to address the first things first........ Homer didn't suggest the "path " of the club was a chord to the circle. The circumference it self is the path. It's an arc .
So the clubbead prior to it's low point is going down and out given some degree of inclination to the plane of the circle.
Thank you for correcting that. I need to choose my words more carefully.
So, do you think that a straight shot at the target is created when the face points at the target at separation while the path is still moving down, out and forward as mentioned to a low point plane that points to the target?
I was recently taught that the face and path have to be pointed in the same direction at separation to hit a straight flying shot. (assuming centered contact)
Thank you for correcting that. I need to choose my words more carefully.
So, do you think that a straight shot at the target is created when the face points at the target at separation while the path is still moving down, out and forward as mentioned to a low point plane that points to the target?
I was recently taught that the face and path have to be pointed in the same direction at separation to hit a straight flying shot. (assuming centered contact)
I'd say draw if I understand you correctly given enough club head speed and enough divergence between face angle and path. But you'll notice that in the drawings of 2-c homer assumed separation to be at low point so the line of compression is pointed in the same direction as the face.....along the target line. I assume he did this to assume straight away ball flight , shot shaping being outside of the discussion at hand. Compression namely.
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