SKU: BL-SLVL
Storm Level

THE FIRST BALL IN TNE NEW STORM SPI LINE BY STORM.

The Level bowling ball is the groundbreaking debut of the Lab Series, a line designed to redefine performance through limitless innovation. Wrapped around the new Level is a new coverstock material that has physical properties never seen before in the bowling industry. This makes the Level a great choice when consistent, continuous, predictable ball motion is needed.

BRAND NEW COVERSTOCK

RPM SOLID™

Wrapped in the revolutionary RPM (Regenerative Polymer Matrix) coverstock, the Level offers oil absorption rates never seen before, delivering consistent ball motion with less response to friction. Unlike traditional coverstocks that lose surface integrity over time, RPM maintains its surface profile for a predictable reaction on every shot. Built for bowlers who demand top-tier performance, the Level delivers unmatched consistency, control, and innovation for the modern game.

STORM LEVEL BOWLING BALL WEIGHTBLOCK

POWERED BY

A.I. CORE™

At its core is the Equalizer A.I. Core™, a tall, low-density weight block engineered to deliver a higher RG for a smoother, more controlled transition without sacrificing differential or consistency. This precision design ensures unparalleled repeatability and shot-to-shot reliability.

16

RG | 2.58 DIFF | 0.028

15

RG | 2.59 DIFF | 0.027

14

RG | 2.60 DIFF | 0.026

13

RG | 2.62 DIFF | 0.011

12

RG | 2.64 DIFF | 0.013

STORM LEVEL BOWLING BALL POWERED BY EQUALIZER A.I CORE

BRAND NEW WEIGHTBLOCK

EQUALIZER™

The most crucial part of the design is the overall density of the weight block itself. A lighter density was chosen in order to increase the RG value so the Equalizer™ A.I. Core™ would take longer to respond to friction. Lighter densities raise the RG, but they simultaneously decrease the total differential. Traditionally, a shape of this design would require a higher density slug to increase differential into a zone that would be more manageable for a majority of bowlers. The cuts towards the middle of the shape combined with the increased overall length of the weight block create more differential than would normally be seen with a shape of this size and density.