What's Good About A Good Stroke?

I dont believe the wrist is capable of adding cue speed, it does not have much travel along that axis. Relaxing the wrist will release tension in the arm allowing more speed an also preventing the cue being pulled off line hence more accurate striking of the CB, but I doubt the actual wrist action is contributing.

Does the wrist effect the fingers ability to produce speed in the pool stroke?
 
Tennis racquets and golf clubs don't work with the wrist like pool cues do. In those other sports the racquet and club (like the bat in baseball) are "long lever" extensions of the arms that pivot at the wrist to move in much larger, faster arcs than the arm can move, greatly magnifying speed and power. A pool cue isn't an extension of the forearm's length; the only added length is the 3 or 4 inches between the wrist's joint and the cue itself - therefore the power that can be added by the wrist is small.

I think the benefit of the wrist joint is more about finer speed control than about added power.

EDIT: I see Slasher says the same thing (just above).

pj
chgo

How well do you play tennis and golf? The wrist is an essential connection between the forearm and the fingers. The golf and tennis stroke isn't an extention of the arms, the wrists cock, the arms raise and the shoulder turn, everyone that plays knows that. :)
 
Last edited:
I dont believe the wrist is capable of adding cue speed, it does not have much travel along that axis. Relaxing the wrist will release tension in the arm allowing more speed an also preventing the cue being pulled off line hence more accurate striking of the CB, but I doubt the actual wrist action is contributing.

Slash, most of what you've pointed out in this thread has been spot on IMHO, but I heartily disagree with the notion that the wrist can't provide much acceleration to the stroke.

In most throwing activities it is the quickness with which the wrist can move through over 90° of arc that provides a lot of acceleration providing the timing of it's motion is correct. Long travel is not needed if superior speed in the joint's movement can provide a burst of acceleration.
 
How well do you play tennis and golf?
I don't think that's relevant, but I've played tennis competitively and golf not at all. How about you?

The wrist is an essential connection between the forearm and the fingers.
More importantly, between the forearm and whatever you're swinging.

The golf and tennis stroke isn't an extention of the arms
As I said, the racquet and club are extensions of the arms. How fast do you think a tennis or golf ball would go if the racquet or club was only a few inches long?

pj
chgo
 
<KA-BOOOOOMMM!!> I think posts 234 and 235 broke the sound barrier "overhead"...

-Sean <-- just call me Kelly Johnson, architect and engineer of the highest-flying and fastest planes ever made...

Well I guess your private message offer of your hand was not sincere & certainly did not work because I did not fall for it.

:boring:
 
Slash, most of what you've pointed out in this thread has been spot on IMHO, but I heartily disagree with the notion that the wrist can't provide much acceleration to the stroke.

In most throwing activities it is the quickness with which the wrist can move through over 90° of arc that provides a lot of acceleration providing the timing of it's motion is correct. Long travel is not needed if superior speed in the joint's movement can provide a burst of acceleration.
Try hitting the cue ball with just your wrist - no forearm movement at all. Whatever speed you can get on the cue ball that way is the amount that can be added with wrist movement (minus something for accuracy).

pj
chgo
 
The wrist when applied properly will add energy

Slash, most of what you've pointed out in this thread has been spot on IMHO, but I heartily disagree with the notion that the wrist can't provide much acceleration to the stroke.

In most throwing activities it is the quickness with which the wrist can move through over 90° of arc that provides a lot of acceleration providing the timing of it's motion is correct. Long travel is not needed if superior speed in the joint's movement can provide a burst of acceleration.

The wrist when applied properly will add energy especially if it's positioned properly to begin with (which many players don't do). This is something I learned from Hank Haney and his teaching techniques in golf.
 
Slash, most of what you've pointed out in this thread has been spot on IMHO, but I heartily disagree with the notion that the wrist can't provide much acceleration to the stroke.

In most throwing activities it is the quickness with which the wrist can move through over 90° of arc that provides a lot of acceleration providing the timing of it's motion is correct. Long travel is not needed if superior speed in the joint's movement can provide a burst of acceleration.

The issue is a tense wrist creates tension in the whole arm and that will slow it down and reduce accuracy.
 
Try hitting the cue ball with just your wrist - no forearm movement at all. Whatever speed you can get on the cue ball that way is the amount that can be added with wrist movement (minus something for accuracy).

pj
chgo

Are you trying to say that the wrists don't apply acceleration to the golf club, tennis raquet or pool cue?
 
The issue is a tense wrist creates tension in the whole arm and that will slow it down and reduce accuracy.

How is accuracy and wrist tension connected? Many players use a very firm grip and generate tremendous power and accuracy.
 
I don't think that's relevant, but I've played tennis competitively and golf not at all. How about you?


More importantly, between the forearm and whatever you're swinging.


As I said, the racquet and club are extensions of the arms. How fast do you think a tennis or golf ball would go if the racquet or club was only a few inches long?

pj
chgo

How far do you thing you could hit a golf ball with no wrist motion?
 
Are you trying to say that the wrists don't apply acceleration to the golf club, tennis raquet or pool cue?
No, I'm saying the wrists add a limited amount of speed. The vast majority of the added speed in tennis and golf is created by the racquet and club moving through a much larger arc than the arms can, dramatically magnifying the wrist's speed. The pool cue doesn't "extend" the arm's arc in the same way, so the wrist's small amount of added speed isn't magnified.

pj
chgo
 
Tense wrist = tense grip and you will pull the cue off line.

Slasher,

That depends on the type of stroke, I'm sure CJ will elaborate. It's all about having all the components complimenting the other components. They need to be in harmony & not applying counter productive forces.

Regards,
 
Last edited:
So a tense grip has a "pulling" effect on the cue? How does this happen?

The grip point if unimpeded will smooth out the imperfections induced by the fingers, wrist, forearm, upper arm and shoulder and allow the cue to travel through in a straight line.
 
Back
Top