ReX Pearl


 

Traditionally, the term “hybrid” suggests that both solid and pearl components coexist within a coverstock. We saw a better way for hybrids and took it. When we joined R2S™ with NeX™ in the lab, the results exceeded our expectations. In our testing, we discovered that the Dark Code read the midlane slightly sooner than the Code Black™ thanks to its NeX foundation but produced similar backend and entry angle numbers because the chemical porosity of R2S is slightly more compact than NeX. We left nothing to chance with this one. Thus, ReX a.k.a. “Reactor Extreme” was born.

Crankers will discover this type of pearl formulation to be more versatile in average conditions. Tweeners will crave this type of reaction to play to their strengths even on fresh conditions. Strokers gain easy access to power and backend the likes of which are not easily obtained in today’s high-volume environment.

The Infinite PhysiX pushes the limits of performance, tech, and design. ReX adjusts the response time to friction that’s not as quick as R2S™ and not quite as slow as NeX™. What’s realized is a cover that fits a far-reaching diversity of forms, approaches, and styles. The bowler’s feel becomes heightened as they’re more connected to a ball that responds to their release with absolute fidelity. This helps optimize traction and control in a variety of playing conditions.

Type
Pearl Reactive

Balls with the Storm ReX Pearl Coverstock

Ball Release Date Sort ascending Core RG Diff MB Diff US/Overseas Release Discontinued
Storm Lightning Blackout Lightning Blackout Warp A.I.Symmetric 2.530 0.029
Storm Virtual Energy Blackout Virtual Energy Blackout Shape-Lock HDAsymmetric 2.480 0.052 0.020
Storm Fate Fate F-8Symmetric 2.520 0.053
Storm Night Road Night Road Inverted Fe2Symmetric 2.570 0.046
Storm Infinite Physix Infinite PhysiX AtomicAsymmetric 2.480 0.053 0.017
Storm Pure Physix Pure Physix AtomicAsymmetric 2.480 0.053 0.017
Storm Total Solution Total Solution RAD-AAsymmetric 2.520 0.051 0.014
Storm Dark Code Dark Code RAD4Asymmetric 2.500 0.058 0.020