First post in thread...
I believe changes were made after the first post. Or the pattern is significantly different off a tee or instruction hasn’t been provided for the lower half in all clips. I think it’s the former.
First post in thread...
I believe changes were made after the first post. Or the pattern is significantly different off a tee or instruction hasn’t been provided for the lower half in all clips. I think it’s the former.
I believe changes were made after the first post. Or the pattern is significantly different off a tee or instruction hasn’t been provided for the lower half in all clips. I think it’s the former.
It sounds like you see the "front-toss swing" as different than the "tee swing".
Which do you prefer and why?
In addition to the excessive early hinge angle in the rear hip and knee (as mentioned by FFS), I get a feeling of this swing being top-half dominant, powered by torso rotation rather than core resistance. One of the results we see from trying to rotate really hard is the rear leg spinning out.
Eric would you please explain:
I get a feeling of this swing being top-half dominant, powered by torso rotation rather than core resistance. One of the results we see from trying to rotate really hard is the rear leg spinning out.
Especially this "powered by torso rotation rather than core resistance."
Also jurlay, I notice what you saw the the grip too. I would try different grips and see which grip produces the greatest batspeed/exit velo.
RH, please explain the differences in a swing model with "torso rotation" and a swing model based on "core resistance".
You speak of the rear leg spinning out? I am assume you are speaking of the rear leg internally rotating. Is that correct? How do you tie that in with "torso rotation" or "core resistance"?
In your swing models of "powering the swing with torso rotation" versus "powering the swing with core resistance", what are the assistive and resistive actions?
Assume that none of us understand what is meant by a swing "powered by core resistance". Is the torso still rotated? If so, what is causing the rotation of the core in the swing model that is "powered by core resistance"?