Bowling Ball Motion Chart. Web bowling ball motion is simply the description of the overall path a bowling ball takes while traveling down the lane and is derived from research and development factors planned by engineers in the ball construction process. You can sort this table by clicking on the header row of any column.
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Web balls that skid through the front part of the lane with the strongest change of direction down lane. Web the speed of the ball’s rotation is its rev rate. Initial ball axis tilt 4. To find your bowling balls on the list, press ctrl+f and type the name of your bowling ball into the search box. This motion happens as follows: There are several factors which control skid distance with the bowling ball coverstock being the most important factor. Web this core dictates the change in motion down lane at the breakpoint. The negative (nap) and the positive axis point (pap). The nap exists but is not important to bowlers because it cannot be seen while the bowling ball is in motion. This chart represents the out of box performance of each ball based on the design criteria.
In very simple terms, axis rotation angle can be thought of as a measure of how much “side roll” a bowling ball has. Web the secrets of bowling performance are written before the foul line. Traction (earliest) traction type ball motion is a ball motion that is the earliest. The hook phase (the second transition from hook to roll) 3. Web length potential is a common term used today to address the skid distance potential a given bowling ball possesses. The amount a bowling ball hooks as it travels down the lane. There is a slight variation between the various brands of bowling balls. It is important to have at least one ball from each category in a 6 ball arsenal. Web every bowling ball has at least two axes. The negative (nap) and the positive axis point (pap). The skid phase (the first transition from skid to hook) 2.
