Am I confused here? A number of people have been suggesting that the smaller diameter shaft/tips produce more english. As far as I understand, it's not the shaft/tip diameter but the radius of the tip's curvature. For a given offset of the center of the shaft, a smaller radius of curvature yields more contact "point" offset. This amplifies unintended english a bit, but should not allow you to get more maximum english than with a larger radius of curvature. This is governed by something else (coefficient of friction).
What does the diameter of the shaft/tip have to do with this? As far as I know, nothing. Okay, you might get slightly less squirt by shaving off some of the endmass, but the "spin saving" you gain by reducing squirt is miniscule.
Or, maybe I'm neglecting something?
Jim
What does the diameter of the shaft/tip have to do with this? As far as I know, nothing. Okay, you might get slightly less squirt by shaving off some of the endmass, but the "spin saving" you gain by reducing squirt is miniscule.
Or, maybe I'm neglecting something?
Jim