Not my intention to compose a poke in the eye post so don’t take it that way.
When you have a cue butt weighing 15.15 ozs and shaft weighing 4.0 ozs.,
the shaft represents 20.9% (pretty ideal in my opinion), not 26%.....bad math.
24% tends to be the best max weight ratio and as I earlier wrote, 20-22% seems
to be the best ratio based purely on my own experience with having cues made.
15.15 ozs. + 4.0 ozs = 19.15 ozs. (the actual play weight of the assembled cue)
4.0 divided by 19.15 = 0.20887728 or 0.2089 (move decimal to the right 2 spaces)
.2089 = 20.9%...........double check.......19.15 ozs x .209 (20.9%) = 4.00235 ozs.
Folks, any cue maker that doesn’t recognize and appreciate that there is a weight
relationship between the shaft & butt and factor it in when building cue is a dunce.
When you have a cue butt weighing 15.15 ozs and shaft weighing 4.0 ozs.,
the shaft represents 20.9% (pretty ideal in my opinion), not 26%.....bad math.
24% tends to be the best max weight ratio and as I earlier wrote, 20-22% seems
to be the best ratio based purely on my own experience with having cues made.
15.15 ozs. + 4.0 ozs = 19.15 ozs. (the actual play weight of the assembled cue)
4.0 divided by 19.15 = 0.20887728 or 0.2089 (move decimal to the right 2 spaces)
.2089 = 20.9%...........double check.......19.15 ozs x .209 (20.9%) = 4.00235 ozs.
Folks, any cue maker that doesn’t recognize and appreciate that there is a weight
relationship between the shaft & butt and factor it in when building cue is a dunce.