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" Not many people use parallel offsets for applying english"
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I would beg to differ - and if you throw out the 1% of players who read AZB
aiming threads, I would make it 97.38 % who do just that.
Dale
If you've ever seen someone chicken wing a stroke, that's usually them trying to get some extra english and juice into the ball. The reason they chicken wing it is because they've through experience found out that 'works'. It works because it's just BHE, they just don't know it.
Just because someone doesn't know the proper terms for what they are doing, doesn't mean they aren't doing it.
The test is actually fairly simple... The test Dr Dave did was just one option and while it would be adequate there are other setups..... Table conditions, individual strokes really have no real bearing on raw data if done correctly... The major issue is acquiring the shafts... Aside from Royce and possibly predator, getting the industry to submit shafts is going to be a huge hurdle....
It may be possible to can the test and put it out where with a small equipment expense people can show their results on youtube for the shaft they own.... Granted older shafts that are no longer the same size as new shafts may eschew things slightly but a micrometer reading will help with that......
I know I can do the testing here in Knoxville spending maybe $50-$60..But I can't get all of the shafts. IF enough people are interested I'll try and put something together next weekend that can be duplicated......
it would be nice to know the squirt of all of the shafts out there... Will that determine the best shaft?? Not likely........
Chris
Yes, one set of tests is simple. Now in order for the tests to have any merit, you must establish a baseline for what is reduction. Since a 14mm tip is the largest allowed, and a conical/european taper should be the beefiest taper anyone uses, do you start with a ferrule-less shaft as a base line?
I'm going to quote your OP because I am in complete agreement. I have made a similar point in previous posts.
1. A few simple stats could be measured and published for every cue made:
A. Weight
B. Length
C. Tip diameter
D. Tip hardness (need a numerical value)
E. Pivot point in inches
Or, squirt on a standardized test
F. Vibratory dampening
G. Balance point (never understood why this is important, but some players think it is)
2. The lack of current performance standards is no impediment. The first decent sized manufacturer to start measuring their cues and publishing the results will set the defacto standard.
3. It will be a boon to some suppliers, and a bane to those who just want to make unsubstantiated claims.
4. Players will be able to better experiment with and specify characteristics in the kind of cue they like.
5. Cause and effect between physical characteristics and performance will be better understood, advancing the science of cue design. If my current cue has a slightly short pivot point, the exact tweaks necessary will be known to get it where I want it.
Personal anecdote:
I have an LD cue with a pivot point longer than I like. I added a few wraps of lead tape near the ferrule and "tuned" it exactly to my desired pivot point length. Works great, but not the best look. I would prefer to specify a shaft with the exact pivot point length at the outset.
Finally a few that see where I'm going with this.
We're all aware that everyone shoots differently, and then you have the guys saying quit looking for magic bullets etc. there is nothing wrong with my stroke. Just a science guy looking for some numbers.
Like I told Royce, I would buy an American made shaft before foreign regardless of the deflection. I'm just curious to see how today's crop of shafts stack up against each other. I've heard of bowling alley shafts, I've heard of ivory ferrules deflecting more, I've heard of 140 year old wood, hollowed fronts, short ferrules, wood ferrules, different drying processes etc. just curious.
I'm also aware Efren use to use $15 cue and dominate.
It's not about the test.
There are many of us who could build a machine that provides the right conditions and is consistent enough to properly evaluate cue ball squirt.
The problem is, "who's going to do it?"
First you would need an independent to do it. If they were directly involved then there would be someone who cried foul. There's simply no way around that without it being a completely unbiased independent.
Next, you need a budget. And don't think it would be small either.
You would need a facility, the testing equipment, cameras and computers to record it all. You would need people watching people to make sure nobody cheated. You would also need to hire another outside firm to "Certify" that your results are correct, and that nobody cheated. You would probably need to go ahead and set aside some funds for your legal defense because it's likely that someone who is negatively effected by your results will want to sue you.
You would have to buy all the products for testing from random retailers. If you had them donated, then you might not be testing the same product that is sold to the public. I know very well that I could trick out a cue shaft to be super low. But it might not last a month of normal play, so I would never sell it. But if I can do it, then so can others and the temptation to cheat is pretty high.
I would really love to have some testing. I see shafts all the time that called LD, but are nowhere near the top performers. I think they just put a shorter ferrule on it, add $75.00 to the price, and call it LD.
I think that the market should decide. If a cue shaft isn't worth the price, it will stop selling. If it is, then more people will want it. Now, I've got to get back the filling those back orders.
Royce Bunnell
How many different tapers are currently available to the public via production companies? Standard and LD shafts. Add in custom tapers, I can't even count the number, it's gotta be 1000+. I know of over 10 different ferrule types, let alone the way a way can be attached to a cue. Then to talk about tips, and may as well throw in the different styles of joints too. Add on top of that the varying bridge lengths used, along with the height of the cue from the bed of the table. Then the varying ways a cue can be delivered to the cue ball. To run each shaft through all of it's possible configurations to identify what produces the lowest deflection, would cost nearly $10,000 per shaft.
The attempt to identify what is the best shaft after the data is gathered is near impossible. As with all data, what could be the best on paper may not be best suited for full time use. It could be prone to failures, or it could be a wet noddle. Who knows.
To be blunt, if you want to test all possible cues to be able to show any data that matters, you have (all known tapers)*(all known ferrules/ferruleless)*(alll known tips) sitting somewhere near 1 million already. Then times the other possible options and it could easily tip towards 500mil-1billion possible testing options. And that's only if each configuration only hit one ball. You're looking at having to set-up and shoot 20+ billion shots, just to get a baseline of data to understand how to then go forward and define low deflection and what shaft/combo is the 'best'. And even if 20 billion is the high end, you're still looking at data for at least a minimum of 100 million shots.
We already know OB Cues has no interest in attempting to test so many shots because of the cost. Renfro if you think setting up the test is so easy, I'll help assist(as long as I get paid) for the entire duration of the tests. No matter how many months/years it takes. Kel_82 do you understand yet that since there is no defined baseline as to what deflects the most->least, there is no way to publish numbers that mean anything. Even internal testing has showed that there's a large variance to the numbers of the product produced because the product is wood.