You're in trouble now. The self-appointed Cyclop spokesmodel will be along any second to correct you. ;-)
The weird colors are fine
They just skid so much
You're in trouble now. The self-appointed Cyclop spokesmodel will be along any second to correct you. ;-)
I noticed they sound weird. When the cueball and object ball were close, it was very noticeable that they sound different. Makes it sound like you hit it bad. I did catch a few skids too. The cueball felt a lot heavier than the balls and it seemed like that was the cause. When I played with the cyclops cueball on the bar tables, they played good. I don't think they mix well with the measle ball.
though the cause of skids (or 'kicks' in snooker) hasn't been absolutely proven, it is widely believed to be electrostatic build up from the balls sliding across the cloth.
the cyclops balls, being a different polymer composition, supposedly counters this.
However if guys are reverting from the cyclops cueball back to the measle ball maybe that's part of the issue, as the cueball is the one doing most of the sliding..?
I have seen more balls skid this week then ever
Cyclop balls suck
I think only the BBC audience believes the electrostatic theory.though the cause of skids (or 'kicks' in snooker) hasn't been absolutely proven, it is widely believed to be electrostatic build up from the balls sliding across the cloth. ...
I think the best ways to clean balls is to use a polish like the Aramith ball cleaner (which can remove scuff marks) and then wash with clean water and dry with a clean (wax free) cloth.That shit they spray on balls everyday is part of the problem too. ...
Calling Dr. Dave and Slomoholic to the thread. Send us some physics and slow motion examples please.
Amateurs have no idea what skid is. :grin:
My belief is that chalk/dirt at the contact point is the only cause of skid. As Bob J said, maybe static causes more chalk or dirt to collect.
This video has some skids in slow motion at 3:29. I caused the skids by rubbing chalk directly onto the OB contact point.
http://www.youtube.com/watch?v=J2gcgqUt00w
-Blake
So skid is really simply when the balls happen to have chalk at the contact point which makes them act like a tip-ball interaction. So the ball carries slightly due to the extra friction. Isn't this similar to the old trick shot where you bet a guy he can't make frozen ball up the rail and you show him how easy it is and when he does it he has no chance?
When you do it you have wetted the contact point reducing friction and throw and when he does it the ball has full throw.
This would be the opposite of that, chalk causing throw. I don't see any possible way that any ball set can have more of less skids due to the composition of the balls.
But here is something that might be interesting to mess with as an experiment.
Neverwet.
I wonder how balls coated with this would react?
http://www.neverwet.com/