After looking at the drill sheet...
I think I might have come up with a simple way of looking at the sheet (a vague way at that). Works like a clock, with the pin on the "hour" and the heart 180 degrees opposite on an "hour" as well:
Note that "=" does not mean that the pin distance x CG distance is the same on the No Mercy, rather, that this is the equivalent "normal" drilling
No Mercy Drill (pin/heart hour position) = Traditional Drill = Roll Charecteristics
[going counterclockwise]
Pin at 3:00/Heart at 8:30-9:00 = Pin on PAP = Earliest Roll, Less Backend
Pin at 2:30/Heart at 8:00-8:30 = 2-2.5 x 2-2.5 = Earlier Roll, Control
Pin at 2:00/Heart at 7:30-8:00 = 3-3.5 x 3-3.5 = Early and Aggressive for Low Revs
Pin at 1:30/Heart at 7:00-7:30 = 3.5-4 x 3.5-4 = Aggressive for Average Revs
Pin at 12:00-1:00/Heart at 6:30-7:00 = 4-4.5 x 4-4.5 = Aggressive for High Revs
Pin at 12:00/Heart at 6:30-5:30 = 4.5-5.5 x 4.5-5 = Length + Hook + Control
Pin at 12:00/Heart at 5:30-4:30 = 5-6 x 5-6 = Length + Less Hook + Control
Note that all of these drilling concepts feature the CG in the center (or at least close to the center) of the grip. Hammer also lists a drilling that looks like "stacked" with the pin 4-5 inches from the PAP. At least for me, if I put the pin 4-5 inches from my PAP, with this "stacked drill," it would basically look like the Pin at 12/Heart at 6 (which makes sense, I guess). In any case, it will be interesting to see what else you can do with the new core, when you take the CG and move it OUTSIDE the grip center. Also, moving the pin up and down...same effect as normal? Or does moving the intermediate mass bias do something radical?
Of course, all of the above is me hypothesizing after looking at the drill sheet. Any staffers or members care to give their opinions? In no way is the above "fact" just yet -- I have no idea to be honest. But I think it might work...anyone?
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I am the University of Virginia's Bowling Team. After all, one All-American is all you need.