For sometime I have been struggling to understand why jumping generates power and speed in the golf swing. If I understand your series of videos correctly, it’s not the vertical component of the jumping force that we want, rather it’s the horizontal element of the force generated by pushing forward the lead foot (and back on trail foot) that generates rotational torque. Please confirm that I’ve finally understood. Many thanks for explaining this better than any other source I’ve seen.
![YoungBoy Never Broke Again - Sneaking [Official Video]](http://i.ytimg.com/vi/1ILUps2zDFU/mqdefault.jpg)
For sometime I have been struggling to understand why jumping generates power and speed in the golf swing. If I understand your series of videos correctly, it’s not the vertical component of the jumping force that we want, rather it’s the horizontal element of the force generated by pushing forward the lead foot (and back on trail foot) that generates rotational torque. Please confirm that I’ve finally understood. Many thanks for explaining this better than any other source I’ve seen.
Jumping up is an important part of creating clubhead speed. The horizontal forces are also important.
Thanks for the great video, makes a lot of sense that the lead foot AP would be quite higher than the trail foot
Thank you Lincoln
Yellow line is confusing (Slide says total, audio implies the difference between trail & lead.
At what point is the trail foot applying pressure towards 10:30? And is there re-centering
It is applied at max peak AP force around Lead arm parallel to the ground