General Category => Drilling & Layouts => Topic started by: bradl on July 05, 2021, 11:23:09 PM

Title: Finding the Dual Angle layout of a relic
Post by: bradl on July 05, 2021, 11:23:09 PM
Now for a different project.

I've have a Faball Blue Hammer in my bag for the past 32 years, since I had it originally punched up. In fact, I have a Fab Blue Pearl Hammer sitting in that same bag, both of which I still use to this day (mainly the Blue and not the Pearl, as the Pearl is 16lbs and I dropped to 15lbs). Both have the same layout on them.

However, since technology has changed between 1989/1990 and now, I am not sure as to what the layout is on the ball. Back then as we know, we were dealing with finger weight, leverage weight, thumb weight, and side weight. Both of those balls were drilled with 3/8" side weight, and the layout flipped 90 degrees so the top of the core would be on the side rolling with the ball instead of rolling end over end. That layout basically became the blueprint for what I wanted to do for the next 6 years, as I just kept going on with more side weight until the introduction of the mass bias.

But now that tech has changed (and changed again and again), and I'm looking at getting another urethane piece, I'm wondering if I can figure out the dual angle layout on those Hammers. That leaves me with a couple of questions:

Or yet, an even bigger question: Am I running down a fool's road? Should I just forget about it, leave the layout of the Fab Blue where it is in the past, and go off of one of the other layouts I'm using? Or is there some cheat sheet of converting late 80s/early 90s layouts into something that would be recognizable today?

What I am trying to figure out is what a 3/8" sideweight layout would be today, with my current specs/PAP. That way, I can see what I would be comparing a new urethane piece to since my only benchmark in a urethane piece would be that Blue Hammer.

Again, all answers here are appreciated, including a "shut up and bowl, Brad!"

Title: Re: Finding the Dual Angle layout of a relic
Post by: itsallaboutme on July 06, 2021, 08:54:34 AM
Those balls have a pin.  They are just hard to find.  Once you find it just figure the angles.  But it's not going to do much good.  Those cores had very low differential.  If you want something new to be as close as you can to that put the pin in the middle finger and drill it as deep as you can to lower the differential, decreasing the flare.  You probably won't like the results though.