SWAG Craze Tour Solid Bowling Ball

Product Description

SWAG Craze Tour Solid Bowling Ball

We’re excited to introduce two new additions to SWAG’s Primary Performance line. The Craze series has earned a reputation for delivering exceptional value and performance. While many staff and tournament players appreciated the control offered by the Craze line, they expressed a desire for stronger coverstocks to tackle more demanding lane conditions. In response, we developed the Craze Tour series. Featuring our innovative AP26 additive combined with the original Craze line’s RAGE base coverstock, this ball is engineered to deliver increased overall hook compared to the Craze Solid. The solid version already excelled in heavy oil environments, and with the AP26 enhancement, the Craze Tour is poised to become a must-have for bowlers seeking superior strength and control. 

DESIGN INTENT:

Speed > Revs – The Craze Tour Solid is perfect for when the lanes are transitioning but you still need control. More overall hook than the original but still allows you to play in the same zone just more overall hook.

Speed & Revs Balanced – Bowlers with a balanced speed-to-rev ratio will appreciate the exceptional versatility of the Craze Tour Solid. Its true strength lies in its adaptability, performing seamlessly across a wide range of lane conditions and excelling from straighter or deep inside angles. The AP26 additive allows for a wider range of angles to be played.

Rev > Speed – This Craze Tour Solid is the go-to ball for rev-heavy bowlers. It’s that reliable lane reader you need in your bag, performing great in all kinds of conditions. With the stronger Rage AP26 cover and a low 0.030 differential in the Rage Core, it’s built for those who love to rev it up, delivering consistent results every time.

Color: Navy *Please note that colors may slightly vary from image shown
Coverstock: Rage AP26 Solid Reactive
Weight Block: Craze Symmetric
Factory Finish: 4000 Grit Sanded
Flare Potential: 3-4" (Medium)
Radius of Gyration (RG): 2.52
Differential (Diff): 0.030
Intermediate Differential (Mass Bias): 0.000