I'm wondering why the BCA has a 25-oz. limit on the weight of pool cues. Do you think a cue that is heavier than 25 ounces can possibly give a player some sort of unfair advantage?
Roger
Roger
I'm wondering why the BCA has a 25-oz. limit on the weight of pool cues. Do you think a cue that is heavier than 25 ounces can possibly give a player some sort of unfair advantage?
Roger
Roger,I'm wondering why the BCA has a 25-oz. limit on the weight of pool cues. Do you think a cue that is heavier than 25 ounces can possibly give a player some sort of unfair advantage?
I suppose the extra weight acts as "ballast" to help keep your stroke straighter, and this might also help you get more draw (straighter stroke = ability to hit lower). You might also get more draw (and follow, and CB speed in general) because the extra weight increases the cue's force (kinetic energy) for the same stroke speed.I Heavy cues.......FOR ME.......make my stroke more consistent and I can draw easier.
You might also get more draw (and follow, and CB speed in general) because the extra weight increases the cue's force (kinetic energy) for the same stroke speed.
...You might also get more draw (and follow, and CB speed in general) because the extra weight increases the cue's force (kinetic energy) for the same stroke speed.
I suppose the extra weight acts as "ballast" to help keep your stroke straighter, and this might also help you get more draw (straighter stroke = ability to hit lower). You might also get more draw (and follow, and CB speed in general) because the extra weight increases the cue's force (kinetic energy) for the same stroke speed.
pj
chgo
Note: Extra force won't increase effective sidespin, which is a function of spin-to-speed ratio (both spin and speed increase with more force).
I guess if you switched to a heavier cue and used the same effort to move it, the slower speed plus greater mass would result in the same CB speed.Those with heavier cues probably let the weight of the cue do the work with less speed on the forward stroke.
Your hand/arm can't tell the difference.If you have a forward balance your pushing the weight , if butt heavy your pulling the weight.
I guess if you switched to a heavier cue and used the same effort to move it, the slower speed plus greater mass would result in the same CB speed.
Your hand/arm can't tell the difference.
pj
chgo
It depends on the mass/moment of inertia of a players arm. Frankly, I'd be surprised if a heavier cue (one heavier than normally used by a particular player) would produce more draw. It may not be true, but I think the typical weights players choose might just be because they are optimal for normal shots (i.e., non power shots around center-ball). If that's at least roughly true, then physics (simple physics that is) dictates that a lighter cue will produce more cueball speed and spin when hitting off-center. The further off-center, the lighter the cue. For instance, if an 18 oz. is optimal with a center-ball hit for a particular player, then a 13 oz. cue would be best at max offset!
All of that assumes the player is generating the same max force, regardless of the weight. However, as Dr. Dave has pointed out, a heavier cue, or at least one not so drastically reduced, might enable a player to generate more stroke force, thus falsifying the simple physics and supporting your suggestion. I guess the easiest way to find out is to try various cues.
Jim
It depends on the mass/moment of inertia of a players arm. Frankly, I'd be surprised if a heavier cue (one heavier than normally used by a particular player) would produce more draw. It may not be true, but I think the typical weights players choose might just be because they are optimal for normal shots (i.e., non power shots around center-ball). If that's at least roughly true, then physics (simple physics that is) dictates that a lighter cue will produce more cueball speed and spin when hitting off-center. The further off-center, the lighter the cue. For instance, if an 18 oz. is optimal with a center-ball hit for a particular player, then a 13 oz. cue would be best at max offset!
All of that assumes the player is generating the same max force, regardless of the weight. However, as Dr. Dave has pointed out, a heavier cue, or at least one not so drastically reduced, might enable a player to generate more stroke force, thus falsifying the simple physics and supporting your suggestion. I guess the easiest way to find out is to try various cues.
Jim
By knowing what there is and isn't available to feel. He might feel a balance difference with both hands, but that isn't the same as feeling a balance difference with just the back hand. With only one hand you can feel an overall weight difference, but there's no way you can tell how the weight is balanced (in order to feel like you're pushing or pulling the weight).SilverCue:Me:david(tx):
If you have a forward balance your pushing the weight , if butt heavy your pulling the weight.
Your hand/arm can't tell the difference.
How would you know what his arm can feel?
I don't think so. Easy enough to test.My hand/arm can sure tell the difference!
I have cues ranging from 17.3 oz up to 21 oz.
Even though my every day player is 18.7 I still find it much easier to shoot with the
20 oz range in case of the occasional powershot.
Just seems to handle it much better, at least in my case.
My stroke is far from perfect and I find the heavier cue helps a bit with that.
But then at the same time, listen to SVB and Efren talk about how heavy their cues are:
https://youtu.be/sbobEBBWofE?t=48m
SVB is: 23.2 oz
Efren is: 20.2 oz
Heavy cues.......FOR ME.......make my stroke more consistent and I can draw easier.
I don't follow. How would a lighter cue produce more speed/spin when hitting off-center? Why only off-center?I think the typical weights players choose might just be because they are optimal for normal shots (i.e., non power shots around center-ball). If that's at least roughly true, then physics (simple physics that is) dictates that a lighter cue will produce more cueball speed and spin when hitting off-center.
By knowing what there is and isn't available to feel. He might feel a balance difference with both hands, but that isn't the same as feeling a balance difference with just the back hand. With only one hand you can feel an overall weight difference, but there's no way you can tell how the weight is balanced (in order to feel like you're pushing or pulling the weight).
I don't think so. Easy enough to test.
pj
chgo
Was I rude to you? Looks to me like you don't like being disagreed with.It looks to me like you have to have the last word to appear that you are right