When the gap between cb and ob is about a quarter of an inch (0.25"), it allows for a pretty wide range of aiming options that produce nearly the same results, meaning you can aim anywhere between a 7/8 full hit to a thin 1/4 ball hit and produce the same shot angle, give or take a degree.
With a quarter inch separation, no matter how thin you hit the ob, it can only be sent a maximum of about 26° left or right of the centerline between the balls. So, based on the math, aiming for a 3/4 ball hit would send the ob away on a path only 1° different from the path created by a full ball hit. A 1/2 ball hit would send the ob down a path only 2° different than a full ball hit, and a quarter ball hit would send it off around 5°. This ignores CIT. Factoring in CIT the results are more likely to be like this: Aiming for the left 3/4 aim point on the ob would result in about a 2° to 3° shot to the left, depending on the exact amount of throw that occurs. The throw would be more of a factor than the slight 1° cut result. Applying some outside spin would keep the ob path closer to 0° off. Aiming for a half ball hit, or even as thin as a quarter ball hit would provide about the same results, a 2 to 5 degree cut angle countered with 2 to 5 degrees of CIT.
With a half inch gap between the balls, using any aim between a 7/8 and a half ball hit will also produce a fairly straight shot, meaning the ob will travel very nearly the same path it would if you shot it straight on, a full ball aim. A quarter ball hit would result in a small cut angle of about 5 to 7 degrees off from a straight on/full ball hit, accounting for throw.
You know a whole lot of stuff....:smile:
Thanks for the info