One of the knocks on the new breed of break cues is the difficulty to control the cueball. Phenolic tip material doesn't adhere to chalk as easily. That's not a problem with the XBreaker tip. When chalking it, you'd think you were chalking a thin leather tip. That's one reason he makes the claim. IMO, it's a fair claim.enzo said:Let me first state that I think Richard is a really nice guy with good intentions. Secondly, I must admit I have not read every post in this thread.
There are some very strong claims made in the initial post, but what I fail to see are reasons as to why and how these things work.] If you see the product, the answers will come very easily. I'll answer as a consumer and tester, and an engineer. I have no affilitation with Richard. Also, see my review on the different thread:
nipponbilliards said:This device is really revolutionary as it helps the player to have a more steady delivery of the cue upon impact, greatly improve cue ball control.
Sounds great at this point, but I am very much awaiting an explanation as to how and why this is the case.
I'm not sure what your question is, but the material is of the same family as Sorbethane, a material discovered in the 80's that is commonly now used in gel padded shoes (Are you Gellin'?). It is a super shock absorber. The bumper is made of the material. With and without it makes the cue play extremely different. You simply would hate to use this cue without the bumper in place. You can get the same type of difference with many cues with traditional bumpers. But, since this is a break cue, it's going to be extremely rigid feeling without this bumper or with a traditional bumper. The material acts similarly to the LimbSaver.enzo said:nipponbilliards said:The maXimizer is made of a gel type material. You can drop an egg 5 feet above this new patented material and it will not break.
This new material will filter out unwanted vibration, and recoil upon impact to keep the tip on the cue ball longer to increase power and a straighter cue delivery.
Forgive me, but that fact that you can drop and egg on it does not prove anything. It could be made from materials from the space shuttle, but we need to know how this would support the claims that have been made.
I'll say it, if it helps.I simply want an explanation as to why he is making these claims. Was it only because people used it and said this, or because Richard used it and felt this?
Proper evidence to make claims like these lies in some type of quantitative analysis where they measured the "vibration", "recoil", and tip time in contact with the cueball and then compared those measurements to those of other similar products. To just come out and make claims like this is absurd. In addition, we need to know why these things would be beneficial if your product does in fact provide the attributes you say it does.
What I have outlined here is one example. Now you can apply this to all the claims that have been made (not just here, but for all products). For example, their tips are harder than phenolic tips, ok, why is that better? Would granite make a better tip material if harder is better? How did they come up with the tip material?
I'm not sure why tip contact time is a parameter that would be discussed. Should it be? The claims of vibration reduction can be felt by anyone. Standard measurements would help, but the layman wouldn't care.
I think "harder" is a layman term that doesn't really apply. It's "compression strength." So, the granite comparison wouldn't make any sense. Granite has properties that would fail miserably. It's the combination of the ability to hold chalk and the high compression strength with a high return of energy ratio that's important. There are materials that have a higher compression strength, and materials that hold chalk better. To find one material that has both parameters is what you'd have to do. That's what the XBreaker has done.
Is it better to optimize these two parameters? Sure. Why not? If it shows improvement, then it's the right direction. If it didn't show improvement, then it's the wrong direction.
Fred
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