SKU: BL-SIONPS
Storm ION Pro Solid

Building off the breakthrough success of the original Ion Pro, the Ion Pro Solid strengthens the Premier line with its continuous asymmetric benchmark shape. Bowlers who loved the hybrid but were looking for more pronounced backend motion will discover exactly what they need with the Ion Pro Solid.

Featuring the trusted single density Element Tour A.I. Core, this ball delivers predictability on challenging patterns while providing smooth transitions to handle wet/dry league conditions with ease. Wrapped in the proven TX-16™ Solid cover and enhanced with Power Edge technology, it clears the fronts effortlessly due to the Power Edge Finish, preserving energy for a stronger backend motion.

This asymmetric benchmark excels across various conditions, especially when lane patterns become challenging. Paired with the Ion Pro and Ion Max, the Ion Series creates a complete arsenal with true shape progression to keep you ahead of transition.

Release Date: June 20th, 2025

Fragrance: Blueberry Donut

Sku: BBMVIS12

Color: Capri Blue

TECHNICAL SPECIFICATIONS

 

16 LBS.

RADIUS OF GYRATION 2.47

DIFFERENTIAL 0.035

PSA 0.013

15 LBS.

RADIUS OF GYRATION 2.47

DIFFERENTIAL 0.035

PSA 0.014

14 LBS.

RADIUS OF GYRATION 2.51

DIFFERENTIAL 0.036

PSA 0.010

13 LBS.

RADIUS OF GYRATION 2.56

DIFFERENTIAL 0.034

PSA 0.011

12 LBS.

RADIUS OF GYRATION 2.58

DIFFERENTIAL 0.031

PSA 0.009

FORGIVENESS FROM ALL ANGLES

The stacked ellipse design of the Element Core places the smaller ellipses towards the ends of the X-Axis and the widest ellipse at the center of the Y-Axis. Conceptually opposite to cavity designs featured in the Crux™ and Absolute™, the Element Core dynamics will change more between different layouts with this shape because of it. This center heavy concept places the largest ellipse in the geographic center of the ball. More mass towards the center lowers the RG and, in conjunction with the A.I. Core, makes the Element weight block one of the lowest RG asymmetrical designs Storm has ever had. Normally on asymmetric weight blocks, the thinnest portion creating the asymmetry is very close to the Y-Axis. Stairstep asymmetry is the opposite of that. The widest part is at the Y-Axis which would normally decrease asymmetry, but each subsequent ellipse is offset and skinnier than the previous one which creates asymmetry with each stairstep.