wouldn't this be more important than "radial consistency" in a shaft?
wouldn't this be more important than "radial consistency" in a shaft?
wouldn't this be more important than "radial consistency" in a shaft?
You make the tip the same diameter as your ferrule, ideally. And, you make the top shape whatever you prefer, dime, nickel, or other shape.
Not sure what you're getting at...![]()
I think a lot of tip manufacturers would disagree with you.just seems to me much attention, and r&d is paid to consistency in the shaft while tips in comparison have all manners of incosistencies in shape and densities and are still groomed by three dollar hand tools
How are current tips not made radially correct?ok, but surely you can't disagree that radial consistency in current tips does not approach anywhere near the degree of tolerances in something like a revo
im wondering if a perfectly contructed tip that measured perfectly would have more value on a cheap wooden shaft than say a revo with today's current top tips
Totally agree here. I'm curious as to how one would even test for R.C. in a tip. I guess you could set-up a shot and rotate the cue a tiny amount for each shot and see if the tip had bad/dead/bouncy spots. Pretty sure it would be just a colossal waste of time.How are current tips not made radially correct?
Please explain and give some corrective suggestions.
In a 1/2" diameter x 3/8" tall piece of leather there isn't much room for inconsistency.
Layered tips are much like radial shafts. Each layer compensates for inconsistencies in the above and below layer, just like wood-grain differences being counterbalanced in multi-piece radial shafts.
Unless you were to use synthetic material for a cue tip. One piece or layered. Then you could have "radial consistency".
But all attempts using synthetic material for cue tips have failed so far.
It is possible to have useable consistency in a piece of leather as long as QC procedures are used from hide selection thru production..
ok, but surely you can't disagree that radial consistency in current tips does not approach anywhere near the degree of tolerances in something like a Revo.
I would not be so sure that a Revo shaft is made as well as you think.
Where is the design data? Tests results?
The chemistry of the resin, unseen resin bubbles in the weave, incorrect curing temps.
Maybe the shaft is or needs to thicker in some areas and thinner in another area.
Revo should inspect it with ultrasound then cut it in half and show us the results.
I would love to have some of the top golf shaft and bicycle frame designers help with a carbon fiber pool cue design.
There is a guy who analyzes carbon frames by using ultrasound, scientific methods and cutting frames apart.
Looks beautiful on the outside.
Ugly and dangerous on the inside.
Cutting up carbon frames
https://m.youtube.com/watch?v=EZbg5hCRyvs
No expert but i used to do a lot of golf-club repair/building. When CF shafts showed-up one of the BIG problems was the use of too much epoxy in the matrix. Over the yrs MUCH higher quality CF has allowed shafts makers to greatly reduce the amount of epoxy used. By using different modulus(stiffness) fibers and varying the weave/lay-up process current shafts can be built to fit any golfer. I'm sure pool shafts will go the same route. I'd bet that Aldila or Fujikura could build a super pool shaft if they wanted to.ok, but surely you can't disagree that radial consistency in current tips does not approach anywhere near the degree of tolerances in something like a Revo.[/B]
I would not be so sure that a Revo shaft is made as well as you think.
The chemistry of the resin, unseen resin bubbles in weave, incorrect curing temps.
Maybe themshaft needs to thicker in some areas and thinner in another area.
I would love to have some of the top golf shaft and bicycle frame designers help with a carbon fiber shaft design.
There is a guy who analyzes carbon frames by using ultrasound, scientific methods and cutting frames apart.
Cutting up carbon frames
https://m.youtube.com/watch?v=EZbg5hCRyvs
Very good point GWAR.No expert but i used to do a lot of golf-club repair/building. When CF shafts showed-up one of the BIG problems was the use of too much epoxy in the matrix. Over the yrs MUCH higher quality CF has allowed shafts makers to greatly reduce the amount of epoxy used. By using different modulus(stiffness) fibers and varying the weave/lay-up process current shafts can be built to fit any golfer. I'm sure pool shafts will go the same route. I'd bet that Aldila or Fujikura could build a super pool shaft if they wanted to.
Who knows more about designing and testing carbon shafts then golf shaft manufacturers.
They know more about stiffness/whippiness then anyone.
They know how to test all aspects of a shaft.
I see a day where design and testing from golf shaft manufacturers is used by a cue manufacturer to make a correctly designed and made carbon Pool Cue.
How are current tips not made radially correct?
Please explain and give some corrective suggestions.
In a 1/2" diameter x 3/8" tall piece of leather there isn't much room for inconsistency.
Layered tips are much like radial shafts. Each layer compensates for inconsistencies in the above and below layer, just like wood-grain differences being counterbalanced in multi-piece radial shafts.
Unless you were to use synthetic material for a cue tip. One piece or layered. Then you could have "radial consistency".
But all attempts using synthetic material for cue tips have failed so far.
It is possible to have useable consistency in a piece of leather as long as QC procedures are used from hide selection thru production..
wrong on all points
How are current tips not made radially correct?
Please explain and give some corrective suggestions.
In a 1/2" diameter x 3/8" tall piece of leather there isn't much room for inconsistency.
Layered tips are much like radial shafts. Each layer compensates for inconsistencies in the above and below layer, just like wood-grain differences being counterbalanced in multi-piece radial shafts.
Unless you were to use synthetic material for a cue tip. One piece or layered. Then you could have "radial consistency".
But all attempts using synthetic material for cue tips have failed so far.
It is possible to have useable consistency in a piece of leather as long as QC procedures are used from hide selection thru production..
For shots with little or no english, (centerball hits), turn the hard side ^ (up). For shots where you need to really juice it turn the soft side ^ (up). Hope this helps!Inconsistency in the leather... what if the left half is harder/softer than the other side?
ok, but surely you can't disagree that radial consistency in current tips does not approach anywhere near the degree of tolerances in something like a Revo.
I would not be so sure that a Revo shaft is made as well as you think.
Where is the design data? Tests results?
The chemistry of the resin, unseen resin bubbles in the weave, incorrect curing temps.
Maybe the shaft is or needs to thicker in some areas and thinner in another area.
Revo should inspect it with ultrasound then cut it in half and show us the results.
I would love to have some of the top golf shaft and bicycle frame designers help with a carbon fiber pool cue design.
There is a guy who analyzes carbon frames by using ultrasound, scientific methods and cutting frames apart.
Looks beautiful on the outside.
Ugly and dangerous on the inside.
Cutting up carbon frames
https://m.youtube.com/watch?v=EZbg5hCRyvs
Those frames were not laid up by competent composite engineers in that bike frame. It it were, there would not have been those ugly miss placed pieces inside there.
Making composite structures is very time consuming for sure. You are right about the resin to product ratio, and it is about 34% to 35% by volume if the material is correctly wetted to every fibre. Less than that and you have a dry or under supported structure. More than that, and you don't have a structure at it's best. Cues are in interesting challenge and the 1st ones I did were really terrible. When I made it and did not follow a standard cue profile it worked. Predator company have been working on a carbon cue for a very long time.
With carbon cue shafts, it is not just a matter of having it at a particular wall section. There are a lot of other factors that come into play to make them work.
So much work has gone into trying to make the next generation cue tips as well. And like the carbon shafts, the cue tips play differently for different people. I have a test cue with several different tips. It takes about 10 tips of different hardness and what ever other properties that have to satisfy about 90% of the people. The remaining 10% won't ever like a carbon shaft no matter what tip it has. I did a test one day with 10 people . Only 2 liked the same 2 tips out of the selection of tips I had that day. Surprisingly, only 1 person liked the Moori med. The tips were numbered and only the Super Pro being red and the Elkmaster was obvious as to what it was.
As for radial consistency, if you keep playing the same side of the tip the whole time, that area that gets striked the most becomes the hardest.
Neil