I am having a hard time understanding how the shaft optimiser works.
It is my understanding that depending on the speed of transition. Varying degrees of inertial forces acting on the head of the club cause the shaft to bend to varying degrees.
For a golfer who accelerates at a constant speed the shaft will load during transition and then unload once the club head passes the 9'oclock position (and is subject to gravity).
For a golfer with a 'slower tempo' but identical final swing speed there would be less loading of the golf shaft early in the swing and then heavy loading of the closer to impact. With this in mind, there is less time for gravity to have an effect on the unloading of the golf shaft. Taking this into account is it possible that a golfer with a slower tempo may need as stiff shafts as a golfer with a faster temp.
Please explain.
Sincerely
James
It is my understanding that depending on the speed of transition. Varying degrees of inertial forces acting on the head of the club cause the shaft to bend to varying degrees.
For a golfer who accelerates at a constant speed the shaft will load during transition and then unload once the club head passes the 9'oclock position (and is subject to gravity).
For a golfer with a 'slower tempo' but identical final swing speed there would be less loading of the golf shaft early in the swing and then heavy loading of the closer to impact. With this in mind, there is less time for gravity to have an effect on the unloading of the golf shaft. Taking this into account is it possible that a golfer with a slower tempo may need as stiff shafts as a golfer with a faster temp.
Please explain.
Sincerely
James