In the diagram, I don't understand how the "rail top" is extending further out over the slate than the cushion nose. If you put a straight edge vertically from the slate bed it is going to hit the cushion nose, right? That's not what the diagram shows, so I'm confused.
I think you might have interpreted the sketch incorrectly.
Roger
Hey Glen, When does Dallas fall in there?:thumbup:
Tbeaux's sketch is correct. If you look at an actual pocket from slate level, and from a viewpoint that lines up with the facing, it will look exactly as sketched. The nose of the cushion will look like a straight line running over to the facing, and the forward slope of the cushion "disappears" except for the differences in the lighted topside and shaded underside.
I think you might have interpreted the sketch incorrectly.
Roger
You can see the 15 degree down angles is this picture, looking from the back of the pocket.
Is that a shot of one of your extended sub rails? I can't tell for sure.
Justin from TAR was saying in his blog the other day that there should be a Mt. Rushmore for bad mf'ers. If there was you should be on there! You're one of those people out there that are doing God's work.
I'm already in the Porn HOF for being the biggest pain in the ass there is as a mechanic....does that count
Glen
I'm just curious as to how many of you that talk about tight pockets on your tables at home, even know what makes a pocket tight? Do you know the difference in pocket angles, and their effects? Do you understand the effects the down angle and facings have when pocketing balls? Every time I rebuild a table for someone all I'm doing is Diamondizing the table I guess that's why I was wondering is all Further more, do you guys understand the difference in the types of cushions, Artemis, Super-speed, Accufast...K66 & K55 profiles? Slate shelf effect? Do you understand the differences between 4" and 4 1/2" pockets? Would you believe, if I wanted to, that I can make a 4 1/4" pocketed table play tighter than a 4" pocketed table, meaning the 4 1/4" pockets would reject the balls more than a 4" pocket!
I think most everyone on here is a little lost on what makes a table tight to play on, so tell me what you know and lets see
Glen, the "realkingcobra"
Do the older diamonds have 4 and 9/16 size pockets? If so, how are they different from the newer diamonds?
Wow it sounds like you're way smarter than everyone else. i bet you're going to tell us what we've all been missing!
I bet you're going to feel real dumb...when you realize this thread is almost a year old....and you're just NOW replying
OK, off the phone now now back to where we were. The greater the change between the pocket opening and the back of the pocket means the greater the chance of rejecting the balls from the pocket. Keep in mind there's a difference between a tight pocket and a tuff pocket. A tight pocket is small in the opening, but will take anything fired down the middle, the offset is that you also loose cue ball angle for position when you don't have the room to angle the object ball into the pocket. The farther away from the pocket the less you can play off angle for position. Now on the other hand, a tuff pocket is one that the object balls are going in the pockets by first coming off the facings, then into the pocket, such as shooting a ball down the rails into the corner pocket. A 4" corner pocket with 46 degree angles will accept the balls much easier coming down the rails, than say a 4 1/2" corner pocket with 53 degree angles, because these kind of angles have a tendency to force the object balls across the pocket to the opposing facing then back out again, short or deep shelf, it don't really matter.
With Brunswick Gold Crowns, starting with the GC1's all the way up to the GC5's the pocket castings all have the same width across the back of the corner pockets, so how did they have some corner pockets with 5" opening, and some with 4 3/4"....by changing the pocket angles that's how, from 55 degrees down to 53 degrees. The GC5's with the "PRO" pockets are 4 9/16" and use a 52 degree pocket angle. So take the pocket opening and subtract the throat 2" back, the greater the number the more rejective the pocket is going to be.
Facings play a major role in rejecting balls from pockets as do cushions. Take the Olhausen tables for example. The cushions are very...very soft, the facings are 1/8" and very soft. What happens on an Olhausen table is that when you're attempting to pocket a ball in the corner pocket coming down the rails, you're shooting the ball right into the outer have of the pocket facing with no rail wood support behind the cushion. When you do this, what happens is that when the ball being pocketed hits the facing, instead of deflecting to-wards the back of the pocket, it compresses the facing and cushion kind of like creating a flat spot at the end of the cushion, which in turn kicks the ball across the pocket to the opposite facing and back out again, and you don't even have to shoot the shot hard to get this "rejection" to happen. So, now comes in the role of the facings. If the soft 1/8" facings are replaced with harder 3/16" neoprene facings, these facings don't compress nearly as much when you shoot a ball into them, so the balls that would normally reject....go in because they deflect off the facings deeper into the back of the pocket.
i just found it today