Bowling Ball Differential Chart

Choosing the right bowling ball understanding how to select a bowling ball differential begins with learning a little about differential of rg radius of gyration.

Bowling ball differential chart. Bowling ball differential ratings. Rg differential and rg what does this mean. Understanding the term bowling ball flare potential will help you make a good decision in purchasing your next bowling ball. What is differential of rg 2.

Conspiracy drilling chart layout layout specs. Within the core of any bowling ball exists measurements of mass distribution which are used to measure a bowling ball in motion on the lane surface. I am always learning as are you. Performance differential is a term used to accurately describe the track flare of a ball.

High rg the usbc defines rg radius of gyration as. Lane oil conditions 3. I am sure some of you have wondered what does. I will try to address this simply and with as little confusion as possible.

Bowling balls are made with different coverstocks and cores. I first must tell you i am not a scientist or a ball designer. I will try to address this simply and with as little confusion as possible. Scott pohl owner of on track pro shop breaks down differential rg cores and what it all means to you and your game.

Between the intermediate and total differential to give an accurate measure of the amount of track flare in the drilled ball. Next the core design will help determine the ball motion or shape of ball reaction while the given ball is rolling down the lane. If you would like to identify the bowling ball hook potential when searching for your next bowling ball then check out the differential of rg rating provided by the manufacturer to aide in your equipment selection process. If you wish to determine how to select a bowling ball differential there are a few factors to consider initially.

First coverstock makeup of a bowling ball will determine the gripping power of the given bowling ball on the lane surface. The bowling ball differential rg is one key measurement engineers use to identify the difference of the rg of a given bowling ball s x axis weight block vertical measurement compared to the rg of the y or z axes weight block.