Brunswick Infinity Quest Pearl Bowling Ball

The Brunswick Infinity Quest Pearl takes everything bowlers loved about the original Infinity Quest and gives it a cleaner, more angular shape. Designed for easy length and a powerful skid-flip motion, this ball glides through the front part of the lane before making a decisive move downlane and driving hard through the pins.

At the heart of the Infinity Quest Pearl is the HK22C – Evo Pearl coverstock, paired with a polished finish that helps the ball clear the heads with ease. Compared to the original Infinity Quest, which offered a stronger mid-lane read and continuous backend, the Pearl version stores more energy and creates a sharper breakpoint. The result is a ball that feels cleaner through the front, more responsive downlane, and exceptionally strong through the pin deck.

This combination makes the Infinity Quest Pearl an excellent option when the lanes begin to transition or whenever you need a ball that can create angle without sacrificing continuation. Bowlers who prefer to open up the lane and take advantage of backend motion will appreciate the way this ball changes direction while still maintaining impressive hitting power.

Why You’ll Love It:

• Easy length through the front of the lane
• Strong skid-flip motion with a sharp breakpoint
• HK22C – Evo Pearl coverstock for clean, angular performance
• More downlane motion than the original Infinity Quest
• Excellent continuation through the pins
• Great choice for medium oil and transitioning conditions

If you’re looking for a ball that gets down the lane effortlessly and responds aggressively to friction, the Brunswick Infinity Quest Pearl delivers the clean front-lane motion and explosive backend reaction that pearl ball enthusiasts crave.

• Brand Brunswick
• Release Date June 11th, 2026
• Color Blue/Pink
• Coverstock Name HK22C - EVO Pearl
• Coverstock Type Reactive Resin,Pearl
• Factory Finish 500, 1000, 1500 Siaair / Crown Factory Compound
• Core Name Infinity
• Core RG 2.521
• Differential 0.051
• Mass Bias Diff 0.010