Trackman - Axis Tilt - Differences?

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Do the same ratios apply for the axis tilt if one hits a pull fade vs. a push draw (assume the same ball speed)? For example, if a push draw occurs with a club path of 3.0 and face angle of 1.5 to have the ball go right and land on the target line, would it be the same for a pull fade if the club path was -3.0 and the face angle was -1.5?

Just curious. I have better misses with pull fades. That could be a function of the course I play, however, my push draw often becomes a draw more than my pull fade becomes a pull.
 
My thoughts on this topic (good question, btw):

In a controlled environment, Frans is correct, both will be identical.

However, in real life, I would be willing to bet (no proof, just a reasonable theory) that most fades occur with a steeper angle of attack and/or higher lofted face, so the Spin Loft is higher, thus making it harder to tilt that spin axis. In the same theory, most draws would have a shallower vertical path, thus a lower spin loft, thus easier to tilt the spin axis too much and let that draw get away from you once in a while.
 
Am I correct that the steeper angle of attack comes from a more out to in swing path?

How does the spin loft increase? I don't understand Trackman's formula.

I thought the real world application calls for a pull fade (for me) because I can't hit low lofted irons that well with a draw or push draw.
 

Kevin Shields

Super Moderator
Steeper angle from more in to out?? Where are you coming up with that?

Spin loft increases when you hit when dynamic loft gets further away from attack angle. 0.0* AoA & 15* dyn loft = 15* spin loft
-2* AoA & 18* dyn loft = 20* spin loft
 
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