Thanks navel. Interesting ideas. Have you had success with the segmenting of the swing/followthrough? I'm looking forward to trying it. Wonder if it will be tough for me to get out of thinking of it as one fluid motion though, like timing the allowance of the elbow to move right. Also have a good feeling about the left shoulder pushing right elbow idea, can't wait to try.
I don't understand the car picture or the overtaking bit. Is bottom left phase two of top left and bottom right phase two of top right?
Do you guys think this elbow business could cause early releases? I've been shanking low left like it's my job. Thanks.
It should still work as a fluid motion. It's just about where that motion is directed to, which should be
out from your body, with your body resisting the arm/disc pulling you out too.
(Ball on a string.)
Like an Olympic hammer throw.
A lot of people tend to just rotate instead of sending the force and the disc forward through a motion that is a rotation as an effect of the force travelling out and forward.
As soon as you pull the swing/force inwards/right you are doomed.
The picture of the cars are two scenarios.
#1 from left to right: The shoulder-car is going as fast or faster than the elbow-car, then turning left pulling the elbow car to the left with it.
#2 from left to right: The shoulder-car is braking or the elbow-car is accelerating and overtaking the shoulder-car. Which makes it sling forward and spin around forward when the towing rope is pulling the front end back.
This example is meant to show what happens if you drag any body part along through the swing and the follow-through instead of letting it all accelerate forward and out.
Each part (hips-shoulders-elbow-disc) should overtake the previous part and sling forward instead of being pulled to the side and dragged along.
IDK if it's the word choice or what, but I'm having a hard wrapping my brain around it. Chasing and mash seem to be opposites.
I'm more focused on leveraging forward although the motion might be more diagonal or rotational.
https://www.youtube.com/watch?v=Mpp7ZFLHK90#t=8m44s
Hmm... Maybe. English isn't my first language. I don't mean it like a sudden yank or pull. More like a continuous push in the direction 'back shoulder towards front elbow', since both parts will travel and move through the swing. In relation to each other the push/mash is the same. But in relation to the target line it's not.
The same way as in this gif basically, with the gravity being constant and the counterforce adjusting to the direction of travel. The force moving the car isn't shown unfortunately.