I doubt it's possible to have a stroke with elbow drop only after contact that is the same as a stroke with no elbow drop at all.
Judd Trump is one of the only top level players... Like top 32 that doesn't drop his elbow. I can think of maybe 3 more who don't in the top 50.
There is a good reason for this. Because snooker players get as low as possible with the chin on the cue, if they pulled back with a fixed elbow the butt has no option to go up... By quite some way. This causes the head to bob up and down and creates a lot of body movement that just isn't possible for most to overcome to make them accurate enough to make it to the top. Every snooker player at some point gets told to keep perfectly still... To do this they have to keep the cue as level as possible on the pull back and delivery. Only way to do this is to allow the elbow to move.
Judd has quite a steep delivery into the white. He pulls back and then cues nice and level through the cue ball from a steeper angle than he addresses the white ball which allows him to settle and stay still at the back pause. For me, this is much harder to time and get right than having more moving body parts. He can't half spin the crap out of the white without dropping his elbow though.
All in the shoulder mate. Mine often ends up higher than I contacted the white on firm stun run through shots, when the white was fairly close to a cushion... Like a foot or two close. Because I only have the cue less than an inch over the cushion on these shots, as I drop my elbow on the follow through the cue hits the cushion a tad and forces the tip up. Also because I'm hitting a bit above centre on the white the tip deflected upwards. All this comes to a halt as the grip hits my chest midway through the tip being on the up.
If you watch a lot of the snooker lads they raise the butt of the cue when close.. Ish... To a cushion so they don't really end up with a higher tip at rest. They have impeccable cue actions though and can get away with raising the butt.
I've just had a thought... It's also because of the bridge you use. Open bridge allows the tip to raise, so most of the American pool players won't ever have this happen.
I'll believe the simple geometry. You believe what you want.You believe what you want.
Do you tend to grip the cue way in the back, maybe behind the wrap? Even with a fixed elbow and shoulder, this would tend to make the tip go up.My tip often ends above the top of the cue ball. Why would that be?
Do you tend to grip the cue way in the back, maybe behind the wrap? Even with a fixed elbow and shoulder, this would tend to make the tip go up.
At impact, my reference point is that the rear arm should be perpendicular to the floor, not the cue. So the grip feels a little bit "forward".
Oh yes, absolutely at the back. Few british players play any different and see the wrap as being pointless. It gets in the way...
I do like a nice leather wrap though. I only use a wrap on my break cue the rest are wrapless and I'm thinking about getting a leather wrap put on a cue all the way to the bumper.Oh yes, absolutely at the back. Few british players play any different and see the wrap as being pointless. It gets in the way...
I'll believe the simple geometry. You believe what you want.
pj
chgo
A computer tracing of the tip for a full pendulum stroke indicates that the tip travels through a series of arcs much like a sine wave with a long wavelength just as Bob Jewitt's chart indicates. It does not show an area of straight line travel.
In a pendulum the bottoming out at the change of direction is a single point & not a series of points that would from a straight line AND the pivot point is stationary & not moving in a lateral direction near the bottom of the arc.
So... the 'geometry' says contrary to what you believe.
If you have some new information that I & others are not aware of, please share it with everyone.
Best Wishes.
You're arguing with yourself, as usual. I said the travel is within +/- 1/32" of straight at the tip. The arc of my pendulum stroke at the back hand is only non-straight by a maximum of 1/8" over a 4" distance - the arc at the tip is proportionally smaller (about 1:4 in my case), hence 1/32" at the tip.The tip for a full pendulum stroke indicates that the tip travels through a series of arcs much like a sine wave with a long wavelength just as Bob Jewitt's chart indicates. It does not show an area of straight line travel.
You apparently didn't read what I said before starting to argue with yourself. Stop disrupting threads with your contrary nonsense.the 'geometry' says contrary to what you believe
I'm not a fan of that stance, but if it works and it does... My advice still stands, but holding the cue far back makes for a longer bridge.Oh yes, absolutely at the back. Few british players play any different and see the wrap as being pointless. It gets in the way...
You're arguing with yourself, as usual. I said the travel is within +/- 1/32" of straight at the tip. The arc of my pendulum stroke at the back hand is only non-straight by a maximum of 1/8" over a 4" distance - the arc at the tip is proportionally smaller (about 1:4 in my case), hence 1/32" at the tip.
However, since 1/32" is the maximum variance at my tip I think I could have said +/- 1/64".
You apparently didn't read what I said before starting to argue with yourself. Stop disrupting threads with your contrary nonsense.
pj
chgo
The tip variance is dependent on the bridge length.
As I said, an OP in the instructors' forum has basically gone to using a piston stroke for follow over his normal 'pendulum' stroke.
There is a reason, the tips variance, though small, IS significant in a game where 1 millimeter can be very significant on the CB or OB.
I'm not 'disrupting' threads just because I am NOT always in total agreement with you & what you imply.
Best Wishes.
As was stated in the thread you mentioned, the OP in that thread was not utilizing the pendulum stroke correctly. So, why use him for an example of why the pendulum stroke isn't a sufficient stroke to use? Used properly, there is no tip variance at all when using the pendulum stroke. The tip returns exactly where it started from. And, bridge length has nothing to do with tip variance when using the pendulum stroke. What does matter is how far from the cb the tip is at address.
I don't want to & will not get into an argument with you, but your statements are unqualified.
What you say WOULD be true... IF... the set up was perfect AND the execution was done PERFECTLY. There is only one point in a pendulum where the bottom is not moving in either a descending or ascending arc. Finding that one point is extremely difficult for a human being to physically do. Any variation from perfect will result in the tip arcing upward or downward at & during contact.
Human beings are not perfect & hardly ever perform physical operations perfectly.
The fact is that the tip is NOT moving in a straight line & hence the 'opportunity' or chance is there for tip variances, IF... ALL is not PERFECT, the set up & the 'swing'.
If the cue & tip are moving in a straight line, that 'opportunity' or chance for those variances are NOT there & there is no need for a PERFECT set up.
As I said earlier, I am just putting out food for thought for anyone interested that might be making some decision as to what direction they might want to go.
Everyone should be responsible for their own stroke & game... but they can not really be so if they continually ONLYhear from one 'pulpit'.
Best Wishes to ALL.