Storm Virtual Energy Blackout Bowling Ball (Pre-Order ships 9/22/23)
USD $189.95
Condition : New
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This item is expected to be released September 22, 2023. Storm Virtual Energy Blackout Bowling Ball
The Virtual Energy Blackout builds on an already concrete foundation created by the Shape-Lock HD Core. But now, and sleeker than ever, the Blackout has taken the reigns with a tour-inspired 1-tone design. The shape you didn’t know you needed until it was gone is back! DEFINED ENERGY
This shape can power through just about anything. “HD” is short for high density, which lowers the RG and raises the differential of the weight block. A higher differential translates to more flare potential, so every time the ball makes a rotation it exposes a fresh portion of coverstock material to the oil. BREAKTHROUGH BEGINS
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 NeX foundation produced a 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.
The Virtual Energy Blackout builds on an already concrete foundation created by the Shape-Lock HD Core. But now, and sleeker than ever, the Blackout has taken the reigns with a tour-inspired 1-tone design. The shape you didn’t know you needed until it was gone is back! DEFINED ENERGY
This shape can power through just about anything. “HD” is short for high density, which lowers the RG and raises the differential of the weight block. A higher differential translates to more flare potential, so every time the ball makes a rotation it exposes a fresh portion of coverstock material to the oil. BREAKTHROUGH BEGINS
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 NeX foundation produced a 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.
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