I am about to order a new cue and would like to make the following things clear beforehand...
1. Balance of Cue
Most of the standard cues (57") were balanced at 16"-18" away from the butt end.
In theory (if there's any), what should be the optimum position of the balance point?
How would a "backward (closer to butt end) balanced cue" differ from a "forward (further away from butt end) balanced cue" (e.g. feel? ease of playing with pace? ease of playing with side? whatever, you name it~)?
2. Length of Splice (Plain ebony)
Some cue makers would add a small piece of metal (or simply the joint for 3/4 cues) in order to artificially adjust the weight and balance the cue to a desired point.
However, I not a fan of this method as I think (and from my experiences) the more metal pieces there are in the cue, the more chance of encountering problems (strange noise) due to natural expansion and contraction of timber.
I am wondering, for 1 piece cues in particular, is it possible to adjust the weight and balance of the cue by simply varying the length of the splices (as ebony generally has a much higher density than the shaft)?
3. Length of Shaft
As far as I understood from what mentioned in Tony Glover's website:
In general, the longer the splices, the stiffer the cue will be?
Or in other words, the shorter the shaft, the stiffer the cue will be?
(Assume same timber density and identical tapering.)
Is that correct/true?
1. Balance of Cue
Most of the standard cues (57") were balanced at 16"-18" away from the butt end.
In theory (if there's any), what should be the optimum position of the balance point?
How would a "backward (closer to butt end) balanced cue" differ from a "forward (further away from butt end) balanced cue" (e.g. feel? ease of playing with pace? ease of playing with side? whatever, you name it~)?
2. Length of Splice (Plain ebony)
Some cue makers would add a small piece of metal (or simply the joint for 3/4 cues) in order to artificially adjust the weight and balance the cue to a desired point.
However, I not a fan of this method as I think (and from my experiences) the more metal pieces there are in the cue, the more chance of encountering problems (strange noise) due to natural expansion and contraction of timber.
I am wondering, for 1 piece cues in particular, is it possible to adjust the weight and balance of the cue by simply varying the length of the splices (as ebony generally has a much higher density than the shaft)?
3. Length of Shaft
As far as I understood from what mentioned in Tony Glover's website:
In general, the longer the splices, the stiffer the cue will be?
Or in other words, the shorter the shaft, the stiffer the cue will be?
(Assume same timber density and identical tapering.)
Is that correct/true?
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