CaptainPots
Registered
Hi. I have a question.
Manufacturers are always pushing for cues with the lowest deflection. Let us suppose that we have now reached the point where there exists a cue with zero deflection.
How do you apply sidespin to shots to make the cue ball go straight down the aiming line? Of course the cue tip will be pointing towards, say... 3 o' clock on the cue ball, but where would the cue butt be? Would it be a parallel shift, pivoted shift or what?
The reason I ask is because I find it hard to justify to myself that the lower the deflection the better. So what if a cue deflects balls less (or more) if a player can "learn" and adopt a consistent way (maybe pivoting or whatever) to apply sidespin to make the cue ball go straight down the aiming line? If I pick up a new, different cue, regardless of whether it has higher or lower deflection that my current cue, I'm still going to have to adapt to that new cue because the way I apply sidespin has been adapted to my current cue. Unless adapting to an unfamiliar LD cue is more intuitive than adapting to an unfamiliar non-LD cue, I don't see why LD cues offer any advantage.
Please enlighten.
Cheers.
Keith.
Manufacturers are always pushing for cues with the lowest deflection. Let us suppose that we have now reached the point where there exists a cue with zero deflection.
How do you apply sidespin to shots to make the cue ball go straight down the aiming line? Of course the cue tip will be pointing towards, say... 3 o' clock on the cue ball, but where would the cue butt be? Would it be a parallel shift, pivoted shift or what?
The reason I ask is because I find it hard to justify to myself that the lower the deflection the better. So what if a cue deflects balls less (or more) if a player can "learn" and adopt a consistent way (maybe pivoting or whatever) to apply sidespin to make the cue ball go straight down the aiming line? If I pick up a new, different cue, regardless of whether it has higher or lower deflection that my current cue, I'm still going to have to adapt to that new cue because the way I apply sidespin has been adapted to my current cue. Unless adapting to an unfamiliar LD cue is more intuitive than adapting to an unfamiliar non-LD cue, I don't see why LD cues offer any advantage.
Please enlighten.
Cheers.
Keith.