Yep. You know when you pick it up if its right. As long as its not really butt-heavy i really don't care.In all the years I’ve played I’ve never known what the balance point on any cue I’ve ever owned was. I don’t see that it helps or hurts anything. Just play
De De a question for you please, If I grip the cue on the very butt, or very back of cue, Does the entire cue stick become the balance point ?
When I was young and learning to handle a cue stick I was taught to look for the balance point to find the grip point for playing... This has always been a basic for me and I've always taught this rule... Please explain to me why the need to have a balance point if the whole cue becomes a balance ? Guy
C'mon man. Everyone knows the best smelling cue always hits a ton.No. The balance point of a cue is not affected by how you hold it, how you look at it, how you smell it, what time of day it is, whether you stand on your head, wave your arms around, or do a rain dance. The balance point of a cue can only be changed by altering the cue.
The balance point of a cue is always going to be in between the bridge and the grip. All that gripping further back does is put less weight in the grip and more on the bridge.
In all the years I’ve played I’ve never known what the balance point on any cue I’ve ever owned was. I don’t see that it helps or hurts anything. Just play
C'mon man. Everyone knows the best smelling cue always hits a ton.![]()
Brilliant... GuyNo. The balance point of a cue is not affected by how you hold it, how you look at it, how you smell it, what time of day it is, whether you stand on your head, wave your arms around, or do a rain dance. The balance point of a cue can only be changed by altering the cue.
The balance point of a cue is always going to be in between the bridge and the grip. All that gripping further back does is put less weight in the grip and more on the bridge.
There should be differences throughout the stroke since the location of center mass and therefore inertia can change in 4 dimensions. ( space + velocity)
Of course the balance point is fixed but its effect depends on your stroke(s). If you have a perfectly level and linear stroke, possibly not. But as soon as you elevate or pivot you are dealing with inertial resistance by and leverage against, the center mass of the cue.
Ok. Wherever the thing balances that mass resists motion. If the motion is eccentric to the cue, there will be lateral resistance. Where your hands go relative to this main mass determine the leverage you have against it. For instance if a big weight bolt is right where you grip, it will resist extraneous motion more than if the weight was further away from your hand. Bridge placement is also part of this equation.