Bowling Ball Cores Explained

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Bowling ball cores explained. Performance bowling ball cores great progress has been made in understanding how ball drillers and bowlers can best take advantage of core dynamics to achieve optimal on lane reaction. In this article the other half of ball reaction will be broken down and investigated. There are two types of bowling ball cores. Bowling balls are made with different coverstocks and cores.

The previous article entitled core properties described and explained a bowling ball s core dynamics as it relates to ball reaction and performance. A little knowledge about your options in coverstocks can go a long way in choosing the right bowling ball. As an example when bowling ball core designs include a shape which places mass in specific areas near the center of the ball and also places mass to the top of the ball the overall ball motion will become one which promotes early roll to fight front end excessive oil coupled with a strong back end reaction from the break point to the pocket. A bowling ball designer must balance a variety of factors when iterating on core shapes during the design phase of a bowling ball.

Bowling ball coverstock classifications reveal a variety of coverstocks which match with the various lane conditions you likely encounter during competition. Bowling ball cores come in an extremely wide variety of shapes from the very simple to the very complex. Some of these factors. Bowling ball manufacturers have to center the cores perfectly inside the ball and to do this they have to suspend the core in a stationary position while the mold hardens.

But significant confusion remains for many bowlers and industry. High rg the usbc defines rg radius of gyration as. They use a small pin to support the core during this process.