There’s a reason for every single thing that is in the MCS Golf Swing model theory.
You’ll hear a lot of talk in certain circles about the need to “move behind the ball” on the back swing pivot, but that is only because the swinger is not where they need to be at impact when they begin that pivot.
If you are still fighting the feel of the optimal and mechanically-correct address stance, you really need to look at the address stance of the greatest major champion of all time (and 3rd all time in total Tour wins), one Jack Nicklaus.
I have spoken before as well that you should be careful when looking at Jack’s swing because, likely due to the fact that he spent so little time practicing and playing (he did bear, after the nickname of “Legend In His Spare Time” and the reason for the post thumbnail above), he got away from his most solid fundamentals from time to time before getting back to basics.
This is incredible – I’ve written a couple of posts before about Mickey Wright, first about her greatClassic Golf Swing action and then a little more breaking down her setup and mechanics, but the legendary golfer really gives the Modern Golf Swing a firm condemnation in a long-awaited interview with Golf Digest (thanks to Peter A for passing it on).
I’m wondering how many of the greatest golfers ever have to to knock down the Modern Golf Swing, but they won’t be around forever – so it’s a good thing to get them on the record.
I’ll be away all day today, at the Blue Jays’ charity golf event, but I’ve whipped up a post on what I saw yesterday while watching some of the Memorial in Ohio.
Bubba Watson blew a late-round lead to finish 3rd, but what caught my eye was a spot on his swing.
You all know (well, if you’ve been following the blog) that I view the classic swing mechanics from yesteryear as superior and much more mechanically-correct than the “modern” golf swing mechanics being taught today, from the stance to the pivot.
There are things about us that make swinging different from a machine swinging. We are not made of metal or wood, with rigid and inflexible parts that move with cables or hydraulics or magnetic fields.