SGC001
Challenge Tour Pro
A lighter ball won't go further, it'll go shorter; tests haev already been done for a 1.62 and a 1.3 ounce ball. The lighter ball may leave the clubhead faster, but a net increase in the effect of lift and drag will lead to a higher and shorter trajectory for drives over 170 odd yards.
For a driver (square on impacts and zero loft, though 10 degree loft of a driver gives negligible error with the forumula)
v= U x (1 + e / 1 +(m/M))
where v = velocity of ball immediately after impact
U=Velocity of clubhead immediately before impact
m=Mass of the ball
M=Mass of clubhead
e=COR
From Search for the perfect swing
The dimples are all about affecting lift, drag, yaw, seperation points...
45 degree lauch angle may be applicable to a vacuum, but it's not appropriate for golf where the ball is spinning.
The combination of lauch, spin, speed is how custom fitting can help you.
For a driver (square on impacts and zero loft, though 10 degree loft of a driver gives negligible error with the forumula)
v= U x (1 + e / 1 +(m/M))
where v = velocity of ball immediately after impact
U=Velocity of clubhead immediately before impact
m=Mass of the ball
M=Mass of clubhead
e=COR
From Search for the perfect swing
The dimples are all about affecting lift, drag, yaw, seperation points...
45 degree lauch angle may be applicable to a vacuum, but it's not appropriate for golf where the ball is spinning.
The combination of lauch, spin, speed is how custom fitting can help you.