I'm really loving the Jacoby Edge Hybrid ld shaft.
I've played with them all mainly predator but this Jacoby shaft got me.
I've played with them all mainly predator but this Jacoby shaft got me.
Definitely OB Classic if you want stiff and a solid feel. If cost is a concern, just look for a used one - you should be able to find one.
Ok, I'll bite. How can a shaft be both LD and stiff?
The whole point of an LD shaft is for it to bend and deflect off the cueball. A stiff shaft would not allow that to happen.
Dick, I think you need a lesson in Physics.
According to Merriam Webster
Definition of STIFF
1a : not easily bent : rigid <a stiff collar> b : lacking in suppleness or flexibility <stiff muscles> c : impeded in movement —used of a mechanism <a truck's stiff suspension>
Definition of DEFLECT
transitive verb
: to turn aside especially from a straight course or fixed direction
intransitive verb
: to turn aside : deviate
Origin of DEFLECT
Latin deflectere to bend down, turn aside, from de- + flectere to bend
Sorry Dick, you're wrong.
I think what you are forgetting is that when a shaft is considered "low deflection" it is referring to it's effect on the cue ball.
BTW, Physics is physics. It does not change because we're discussing pool cues.
Then please explain the effect in bold. If your explanation is going to go something like "LD shafts are more flexible, so they can bend out of the way easier", save it. The people that MAKE the low deflection shafts behave with low deflection DISAGREE WITH YOU. Still, it might be entertaining for you to share your ideas.
Thanks,
KMRUNOUT
The faster that tip deflects OFF the cueball, the less the cueball will deflect from it.
The makers don't tell you the physics side of it b/c it'll confuse most.
Somebody's confused.
Stiffness may affect squirt, but not by what you're suggesting. Of all the things that might affect squirt, stiffness isn't a major contributor.
It's all about effective end-mass in the collision. And the effective end-mass in the collision is based on contact time (tip to ball) and the speed of the transverse wave down the shaft ((time * speed = length of shaft => mass)).
If stiffness can increase or decrease one of the two, then the squirt will be affected. I believe the Jacksonville study showed no appreciable change in contact time due to stiffness. I think a material change is in order if we're going to increase the stiffness enough to make a non-neglible change.
Sorry Dick, you're wrong.
The shaft of the cue MUST bend in order for it to "deflect". The "turning aside" is on it's own plane or axis. Otherwise what you would have is a miscue.
I could sit here and discuss the coefficients of friction with you but I'll leave that conversation for another time.
BTW, Physics is physics. It does not change because we're discussing pool cues.
I didn't say stiffness did.Somebody's confused.
Stiffness may affect squirt, but not by what you're suggesting. Of all the things that might affect squirt, stiffness isn't a major contributor.
It's all about effective end-mass in the collision. And the effective end-mass in the collision is based on contact time (tip to ball) and the speed of the transverse wave down the shaft ((time * speed = length of shaft => mass)).
If stiffness can increase or decrease one of the two, then the squirt will be affected. I believe the Jacksonville study showed no appreciable change in contact time due to stiffness. I think a material change is in order if we're going to increase the stiffness enough to make a non-neglible change.
I didn't say stiffness did.
It must be illusional l on my part then.Okay... since stiffness is the meat of the thread, ...
You've got something else that somehow decreases the tip contact time? You did write "tip" in your post. Lower end mass doesn't reduce tip contact time.
On the physics end, I have always viewed the low deflections shafts as shafts at end bending and thus not pushing the CB in the opposite direction. This deflection to the right or left only occurs when the CC is struck anywhere off center.
If you stay in the vertical axis there would be no deflection at all.
That is why putting max draw or follow is much tougher with a L/D shaft.
Anyway, back to topic…
Sounds like the OB classic is worth trying for me.
The Mezz HP II is a possibility but what concerns me with that is that people say that that has a lower deflection than the WD700. I already think the WD700 is too whippy. So is the HP II shaft is bending more?? And thus when the CB is struck how will this feel stiffer?
Maybe it has a different taper.
Given the cost of the two the bang for buck goes to OB.
I do think that the taper of a shaft has more to do with feel that I give it credit for.
Very interesting discussion here.
Are Tiger shafts really LD shafts ?I have tried The Mezz WD700 and couldn't agree with you more. Extremely 'whippy' feeling in my opinion and not very responsive.
I have also had the OB Classic and would deem it a bit stiffer than the WD700, a very good playing shaft that responds well and gives 'okay' feedback.
But, in my own opinion, the best feeling, most responsive and stiffest hit from a LD shaft has come from Tiger. I cannot say enough good things about the playability of their shafts. Love 'em!
It goes without saying that the right LD shaft for you is the one that you personally like the most.
I would suggest trying one, if you find you don't like it you should be able to find someone in the wanted/for sale section that will most likely be willing to trade you for a different one.
Good Luck in your search!
Steve H.
It must be illusional l on my part then.
Whack the cue at the joint, on LD shaft, you can see the tip end wiggle really fast and far due to low mass.
On regular one, it wiggles not too fast and not too far.
I guess it doesn't decrease contact time, just cueball squirt.