Thank you for the replies. For the guy who asked if I was a troll, get real.
So Brunsnick, the main reason they don't make an ultra low RG ball is because it's problematic in manufacture? I'd imagine Brunswick could handle it, no?
To Charlest, I think it matters a lot in fact. Why even find your PAP if it doesn't matter? It's a big thing I think. It determines how the ball is going to rev. The coverstock is the grip, but the core is huge. I mean, it's a 1/3rd like someone else here said. Very low RG's cores will rev a lot more. With a large differential they can flare a lot if drilled that way and with a high traction CS they will really move, and probably burn up maybe, if made to flare a lot.
I think what you're saying is differential doesn't matter so much. That is, a ball with a high differential can be drilled where the differential doesn't really matter. A high differential only gives the driller potential flare ability. So when I'm asking for a low differential ball, it's not really a requirement because I can drill it not to wobble and create flare.
So, you all think it's a bad idea to get a ball with a very low RG, and a high traction CS and drilled to go very long? MegaMav suggests it'll burn up right away, but that's not the case at all I believe. It's going to get through the heads and really start to rev in the mindlane. It'll really hit its peak at the beginning of the backend and coupled with a high traction CS, it should really move with a lot of energy.
Am I wrong about that? I would think a higher RG core would get into a roll right away, regardless of the drilling. Faster than a low RG core anyways.
I want a ball that skids, starts to rev half way down and really gets going in the back end where the revs and CS meet up to create maximum backend. Because it didn't waste power early on, it'll hit harder than a typival heavy oil ball that's drilled to start a roll faster.
And my main question was why Brunswick, a company I use a lot for my balls, doesn't have a very low RG ball. Other companies do. I'm just wondering why they don't explore it more.
Edited on 4/6/2007 11:54 PM