Xponent Pearl

900 Global XPonent Pearl

When the lanes begin to transition and your benchmark ball starts reading too early, the 900 Global XPonent Pearl provides the additional length and control needed to stay ahead of changing conditions. Designed as a medium-to-light oil option, the XPonent Pearl combines the proven Shrapnel 2.0 Symmetric Core with the clean Reserve Blend 702 Pearl coverstock for effortless length and a smooth, controllable response downlane.

At the center is the same Shrapnel 2.0 Symmetric Core found in the original XPonent. Its early-revving characteristics create a predictable read through the middle of the lane, while its smoother transition at the end of the pattern helps prevent an overly aggressive response to friction. This controlled core motion also balances the exceptionally clean nature of the pearl coverstock.

The Reserve Blend 702 Pearl was specifically developed to provide maximum length through the front of the lane. Finished with Reacta Gloss, 900 Global designed this formulation to be the cleanest coverstock in its lineup at the time, making the XPonent Pearl an excellent choice for lighter oil volumes, transitioned conditions, and older or higher-friction lane surfaces.

Together, the clean pearl shell and predictable symmetric core give bowlers a distinctly different shape from more angular options. It's a natural step down from the XPonent Solid when the lanes dry out while retaining the control and readability that made the original such a dependable benchmark piece.

Technical Features

• Coverstock: Reserve Blend 702 Pearl
• Cover Type: Pearl Reactive
• Core: Shrapnel 2.0 Symmetric
• Core Type: Symmetric
• Factory Finish: Reacta Gloss
• Color: Sky Blue / Black
• Lane Condition: Medium-Light to Light Oil
• Release Date: February 16, 2024
• Early-revving core provides a controlled, readable shape
• Clean coverstock creates excellent length through the front
• Smooth transition off the end of the pattern
• Designed for lighter oil and higher-friction lane surfaces
• Excellent step down from the XPonent Solid as conditions transition