I was chatting with Jason today on his swing and we went over a couple of things to do with his setup.
I noticed that he was pushing his hands a little too far to the target at address, with a straightened leading wrist, and when I mentioned to him the way to fix this, we got into a discussion on the difference between impact and setup and why they are so.
Responding to longtime WAX Nation citizen Goose’scomment yesterday on the concept, here is the “Figure 7” that Mike Austin and Mike Dunaway used to explain the nature of the leading arm and leading side leverage.
I have said before that, even after I stopped trying to model the MCS Golf Swing after Mike Austin’s model, that there is still probably 90% commonality between his and Dunaway’s and the MCS models.
I’ve been talking about the difference between a “flippy” or “casting” release and a proper, powerful and mechanically-correct release action.
Let’s take a look at the late great Mike Dunaway, the “Father of Modern Long Drive,”demonstrate and and explain what I’ve been saying about the release action, more specifically with the left or leading head release.
Update: I will put this update at the beginning to lead off, because you don’t have to read the entire post to see what I got out of the App.
That was, nothing. I tried using the App twice and the ball speed reading was so off, I deleted the App and haven’t thought of it since. My findings – unreliable and nowhere near as accurate as one would want, unless you’re OK with ball speed readings 15-20 mph off. /update
I’ve made good use of the 2019 WAX Golf fundraising drive already – after a lifetime of PC usage and years of Android smartphone usage, I’ve sprung for an iPhone with which to shoot all of my 2019 swing clips!
This is the thing that really aggravates me whenever I hear about a kinesiology or biomechanicsspecialist who is working in the field of golf – they are always looking at golfers’ swings and telling you what the swinger is doing, but they never tell you what the golfer should be doing better or what the optimal mechanical action is or should be.