900 Global Flux
The Amplify Asymmetric core provides 4-5" of flare potential
Use the Flux on heavy to medium-heavy oiled lane conditions.
The S72R Coverstock utilized the same base formulation as the S72 Coverstock. However, we added a catalyst that will greatly increase the performance on the backend while also maintaining a great traction in the oil.
The Amplify Core is a new design that features the same shape as the Ellipticon core found in the Continuum. We have added a flip block to the bottom of the core to increase the differential in a two-piece designed core. This will yield increased torque at the breakpoint. The two-piece design will have a higher Coefficient of restitution resulting in more energy of the balls surface through the pin deck.
The Amplify Asymmetric core provides 4-5" of flare potential
Use the Flux on heavy to medium-heavy oiled lane conditions.
The S72R Coverstock utilized the same base formulation as the S72 Coverstock. However, we added a catalyst that will greatly increase the performance on the backend while also maintaining a great traction in the oil.
The Amplify Core is a new design that features the same shape as the Ellipticon core found in the Continuum. We have added a flip block to the bottom of the core to increase the differential in a two-piece designed core. This will yield increased torque at the breakpoint. The two-piece design will have a higher Coefficient of restitution resulting in more energy of the balls surface through the pin deck.
Original: $167.95
-65%$167.95
$58.78Description
The Amplify Asymmetric core provides 4-5" of flare potential
Use the Flux on heavy to medium-heavy oiled lane conditions.
The S72R Coverstock utilized the same base formulation as the S72 Coverstock. However, we added a catalyst that will greatly increase the performance on the backend while also maintaining a great traction in the oil.
The Amplify Core is a new design that features the same shape as the Ellipticon core found in the Continuum. We have added a flip block to the bottom of the core to increase the differential in a two-piece designed core. This will yield increased torque at the breakpoint. The two-piece design will have a higher Coefficient of restitution resulting in more energy of the balls surface through the pin deck.
