Bowling Ball Flare Chart

With more of the surface touching the lane the earlier the ball wants to hook.

Bowling ball flare chart. The flare potential of a bowling ball plays a major role when it comes to ball hooks. Next the core design will help determine the ball motion or shape of ball reaction while the given ball is rolling down the lane. Typically a bowling ball layout favors the end over end. Hence they do not require balls that are able to hook hard.

Understanding the term bowling ball flare potential will help you make a good decision in purchasing your next bowling ball. An analytical study of core dynamics and modern layout methods and their combined effect on track flare a publication of 3db technology llc developer of powerhouse blueprint publication date. After your ball comes back in the ball return look at the ring or rings of oil on the ball. Bowling ball track flare explained.

In other words if the maximum flare potential of a ball is 5 inches then one s rev rate will help them achieve a certain amount of flare from this ball s flare potential. Your bowling ball s track is easy to see once you know what to look for especially when bowling on oily lanes. It s the part of the ball that actually touches the. These measurements describe the bowling ball flare potential rating and indicate if the.

If you were to roll an asymmetrical ball along a flat surface it would eventually roll with the core of the ball either end over end over the position pin or along a lateral path with the position pin at the axis point. That is your track. First coverstock makeup of a bowling ball will determine the gripping power of the given bowling ball on the lane surface. This video shows how a bowling ball flares as it goes down the lane.

The ball flare potential is simply the maximum amount a bowling ball can migrate while traveling down the lane and is a derivative of the rg and the differential of rg radius of gyration ratings of a given ball. Usually wood lanes tend to be softer with more friction. The core of any bowling ball creates mass distributions inside the bowling ball which are used as key measurements in identifying bowling ball motion traveling on the lane. Now the more flare you have on a bowling ball means more of the bowling ball is touching the surface.

Also it determines if that ball is inclined to hook as it is thrown on the lane.