Greetings all,
(This is long, but I get to the point eventually.)
Not everyone who's crazy about billiards has she space for a table, even getting down into the 7' sizes. And, the character of the game with a 2 1/4" ball changes as the table shrinks from 9' to 8'-Pro, to 8', 7', and so on.
We have a toy table that the kids had a great time with when they were young. It's really poorly designed and built, but it stands alone on its own legs, at 25 x 49" overall with a 28" height of playing surface. The balls are 1 1/2" and made of the same material as standard balls. The top is thin plywood and warped, the pockets are cut incorrectly and actually, it's a very tough table requiring a deft touch.
I wonder, what if you built a table near these proportions, that used these balls, or perhaps the 1 3/4" or 2" balls that are available, and built it to regular pool table standards: slate top, real cushions at the right height, correctly proportioned pockets, and so on?
Does this game scale?
Apparently it does along the lines of the 2 1/4" to 2 1/8" and even 2" balls, and from 10' to 9', 8', 7', and even smaller.
How about a table that's scaled down according to ball size, that's designed to play like a 9' table? That would be 33 1/2 x 67" with 1 1/2" balls. One could scale the cue tip down proportionately, too, to 8mm or so.
Would this produce a reasonable game?
Has anyone built such a table?
So what size balls would you recommend for a 12' table, 3"?
It turns out you can build a rail that uses K66 rubber with the nose at the 61% point on a 1 1/2" ball.
I'm interested in knowing why you think this is so, regarding the cushions. Do you think the radius on the cushion nose would be too large? As I said, I can get the height right for the K66 cushion with 1 1/2" balls, and the right angle, I believe. The only thing I can't change is the one radius of the cushion, but I fail to see how it's that critical.
For the cloth, I thought I'd just try a good pool table cloth.
I don't know, can you tell me how thick the sub-rails must be?
I have a 3D CAD model of the rails already, and I don't think there's much leeway in "rail thickness," as you put it, once you set the angle and height of the cushion so that you get the desired contact point with the ball. I've decided on 61% (height) for that, and the rest of the sub-rail dimensions fall out of that.
I don't know, can you tell me how thick the sub-rails must be?
I have a 3D CAD model of the rails already, and I don't think there's much leeway in "rail thickness," as you put it, once you set the angle and height of the cushion so that you get the desired contact point with the ball. I've decided on 61% (height) for that, and the rest of the sub-rail dimensions fall out of that.
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Scale Pool Table -*Today, 05:02 AM
You know, if you have nothing positive to contribute, why don't you go spread your hate somewhere else. I don't need or care anything that you may have to say at this point. This is supposed to be a fun, collegial forum, and your acerbic, mocking, trolling approach is poisoning
Do you think the radius on the cushion nose would be too large?
It would be the difference in weight between the smaller and larger balls that would nessitate a softer rubber for the smaller balls in order to get an accurate rebound and speed