Storm Concept Bowling Ball

The Storm Concept redefines how bowlers attack challenging lane conditions, delivering a level of control and consistency that traditional reactive balls often struggle to provide. Built for situations where precision matters more than raw backend, the Concept blends the smooth, predictable motion of urethane with the added versatility and power of modern reactive technology.

At the heart of the Concept is the Radius Weight Block, engineered to keep the ball on line without locking up or rolling forward too early. This design promotes a stable, controlled motion that stays predictable from release through the pins—ideal for demanding environments where overreaction can cost you consistency.

Wrapped around the core is the ARC™ Pearl Coverstock, which acts as both the engine and the tires. Rather than snapping sharply downlane, the cover grips the lane to create continuous, readable motion, allowing the ball to blend friction and oil while maintaining energy through the pin deck. The result is strong, lively carry without the unpredictable backend jump.

Designed specifically for conditions where bowlers traditionally reach for urethane, the Concept excels on short patterns, flatter sport conditions, and tougher lane surfaces. In weights 14–16 lbs, its two-piece construction with a thick resin shell delivers urethane-like control while still providing the driving power bowlers expect from a modern Storm release.

Finished in a striking Teal / Imperial Blue colorway and infused with a Blueberry Fritter fragrance, the Concept offers a fresh approach to controlled performance. If you’re looking for a ball that gives you confidence when the lanes demand precision over power, the Storm Concept delivers exactly that.

Fragrance: Fragrance: Blueberry Fritter

• Brand Storm
• Release Date February 27th, 2026
• Color Teal/Imperial Blue
• Coverstock Name ARC Pearl
• Coverstock Type Reactive Resin,Pearl
• Factory Finish 1000 grit Abralon
• Core Name Radius
• Core RG 2.61
• Differential 0.020
• Flare Potential Low