This is just my opinion, and is not based on absolute fact. But i think we are making this a little more complicated then it needs to be. The theoretic kinetic chain is pretty straight forward. For a segment to increase it's rotational speed, the previous link needs to decrease, or slow..
At some stage in the backswing, the hips are going to fire, and if not acted on by an external force, that rate would remain constant. When the off leg "holds its line", or "kicks back", it slows hip rotation and transfers kinetic energy to the next segment in a more efficient way. (the torso)
Also, as mentioned by many, over rotation would have a negative impact on the swing path as well...
At some stage in the backswing, the hips are going to fire, and if not acted on by an external force, that rate would remain constant. When the off leg "holds its line", or "kicks back", it slows hip rotation and transfers kinetic energy to the next segment in a more efficient way. (the torso)
Also, as mentioned by many, over rotation would have a negative impact on the swing path as well...
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