Thanks JT


Ive never goofed around with it on video or a Trackman personally ... which is why I was curious about whether the data reflected a floater type shot.

But ya I bet the plane line changes. Release maybe too. I see a lot of guys demonstrating ball flight laws , path vs face but showing a little hanky panky going on in their release. Ive got no problem with this, its just the tools of the trade. Its automatic.

There are so many arguments you could make to counter the suggestion that Hogan's Plane Line was square to his Stance Line (to square up Face and Path to hit a straight shot via plane rotation)

-Stance Line has more to do with Pivot Motion than direction.... the feet are so far away from the shoulders. You can swing in to out off of an open stance , easily.

-With the driver his feet were closed but his knees , hips, shoulders were generally square.

-the foot lines drawn do not correspond to the arc . Not even close. The hula hoop used to describe the arc in the video is no where near as large as the actual club head orbit. Exaggerating the degrees of left or right as you forward or back along the arc. When you look at the arc of approach when scaled properly its surprisingly less curved than you'd think especially for shorter irons with steeper plane angles.

My problem again, is more with the procedure as it relates to the shorter irons than the longer clubs . I just don't see good players opening the face as much as suggested and then squaring it to the hole via plane line rotation. Ya it'd be straight , but weak too . I think. Wouldn't it?

OB,
Help me understand what you mean by opening the face that much and rotating to square it back up. Do you see it as kind of an open face push that they're aiming left to accomodate?

Ok let me try again. I see videos of these guys talking about hitting straight shots with the following logic: Given a square plane line and balls back of low point the face which is square to the path and the path both point to the right, no divergence . (Producing a straight push , but under powered I think due to the open face). To hit it straight at the target the recommendation as I understand things is to rotate the plane line to the left . Giving you a straight shot at the target yes.. but to my mind one hit with more than true loft ... sorta like a cut shot but with no divergence.

I just don't see good players hitting straight shots like this ... unless they're trying to hit it higher than normal .

Gotcha. I don't see a face open to target at impact as weak. Big old bombing draws touch the ball with open faces. With that being said, I would agree with you that better players aren't hitting wedges with open faces and rotating to straighten the "push". I see it as only getting pushed if you catch the inside of the ball, and when better players hit short irons, they hit down and control trajectory and spin.........and they swing left of target nearly always to produce this and balance out the angle of attack, because alot of down and right leads to the dirty "s" word!

Yup agreed but if Im understanding the procedure above correctly the face is opened to the plane line. In the draw scenario you describe the face is closed to the plane line (but open to the target) .... a nuked , low lofted , draw shot resulting.

Going back to the video's logic if you were to keep rolling the face open to the plane line you could lay the club right on its back like for a lob shot say. Turn your 60 degree lob wedge into an 80 degree or whatever.

I know thats not the way the video describes things as its not a cut shot procedure (using common golf speak) but you are adding some loft when the face is open to the plane. To me it sounds like taking a straight push shot and rotating the plane so you hit the push shot at the hole. A floater depending on how much loft you've added.

Maybe the Arcs curve is so slight that the amount of opening is slight and the whole thing is negligible ? The hula hoop exaggerates things as the scale is so wrong. I dunno.

Nice talking to you JT.

All big draws (tee balls especially) I see are hit with open faces; open to the plane line and target.....but closed to the path. Very rarely do I see better players hitting straight or pull draws. Not intentionally. Most always would be a double cross.

Regarding the video, the face wouldn't have to be open just because he is hitting down. Even at that, if it were open, the amount of down would still determine trajectory. It won't be a floater with a face thats a few degrees open if really down. If we're giving him that downward blows create path to the right, then an equal face (as you mentioned) would be a straight push, a more square face produces a push draw, a square face produces a straight draw/hook, and a closed face produces a pull hook. A lot of factors from the golfer jump into the mix to get these numbers though, and I think that's what often gets left out. Everything is crystal clear for the hoola hoop machine. :laughing1
Anyway, the suggestion would be that a fix by closing the face at addres would just hit a straight draw, still no straight away ball flight (though most will unknowingly change path from this visual). Or that a fix from rotating (as he showed I would argue) would increase attack angle, and we're right back to where we started.

**THE BIGGEST PROBLEM WITH THESE HOOLA HOOP VIDEOS ABOUT THIS, IS THEY DRAW THE TANGENT FROM ONE ATTACK ANGLE, THEN INCREASE THAT ATTACK ANGLE BY ROTATING THE WHOLE HOOLA HOOP LEFT WHILE LEAVING THE TANGENT MARKER ON THE SAME SPOT OF THE HOOLA HOOP ***

WHAT A GAME :confused1 :confused1 :confused1

- ENJOYED IT O.B.!!! :salut:

Moe's open face
 

Because we are expecting [finally] not a baby but our first baby snowfall of the winter, I find my ever wandering mind thinking of Moe Norman. Just for yucks a couple of days back when we had a 52 degree day, I found myself thinking of Lee Westwood, Moe, and what I think they have in common which is a little chicken wing! :happy3: Talk about an open face and square to the target line for a long time:thumleft:

Moe said he played "through the middle of the golf course" and controlled his trajectory by his ball position in his stance. Anyway, not completely on the topic, and not germane to the forward swivel I hope to master, but sometimes opposites inform as well as correct guided practice (a little teaching lingo there). :idea1:

It is fun being able to control the ball in different ways! It is good to be a golfer on the LBG golf forum and I suppose, It is good to be the king.

http://youtu.be/KuMQjKiaDTg

Since I'm pretending to be the king at this moment, show me your LBG decoding rings and badges!

http://youtu.be/CGcVhoHdRFo

Yes, I have thread jacked this a bit, but it was for the sake of humor and no harm was done to any living creature during this thread jacking. Anyway, it seemed like you guys were finished and I enjoyed the well-written concepts and wanted to show my fondness of the whole concept you know? "I am verifiably non-belligerent!"

http://youtu.be/-YQJOe7yGT0



Peace out!

ICT

Kids These Days
 

We're old enough to appreciate experience and talent. Every time I see these scientists with expensive calculators and pocket protectors disrespecting the legends, players and teachers, I cringe. Things always need to move forward, but there were lots of greats with lots of solid information that will stand the test of time.

Kevin

I dont see why there has to be so much acrimony with Trackman. To me, it supports the idea of the plane being the boss and fits very well with TGM. The idea of where the club is and how it is moving when on plane through the ball to low point seems spot on. Couldnt we agree that the steeper the angle of attack down plane before low point with a wedge means there is more out remaining to account for? With a driver, arent we striking the ball closer to the bottom of the plane when there is not as much out, if any left to go? If we hit the driver slight up, isnt the outward part of the plane motion over? The first time I saw an explanation of the so called D plane, I experimented on a homemade plane board. My first thought was: Cool, those machine guys have always known this.