Product Information

- Coverstock: CFT (Chemical Friction Technology) 2.5 Reactive
- Color: 2-Color Pearl Red/Blue
- Hardness: 75-76
- Factory Finish: 4000-grit Micro Pad
- Weight Block: (14-16#) I-Block Two-component Asymmetrical Core
- RG max: 2.570
- RG int: 2.553
- RG min: 2.520
- RG diff: 0.050
- RG asym: 0.017
- Average RG: 4.4 of 10
- Hook Potential: 155 (Scale 10-175)
- Length: 105 (Scale 25-235)
- Typical Breakpoint Shape: 90 Angular (Scale Smooth Arc 10-Angular 100)
- Flare Potential: 0.050 High (Scale Low 0.00-High 0.060)
- Recommended Lane Condition: Medium-Oily
- Description: Coverstock: CFT 2.5 The chemistry was uniquely designed to have shaped molecular structures that produce a high coefficient of friction. Because of the shape of the molecule, when the ball goes into rolling friction, which occurs at the back part of the lane, slippage is eliminated and the ball will give you maximum entry and carry. Core: I-Block - The new I-Block core was engineered specifically for the CFT 2.5 coverstock to create maximum forgiveness, strong angles along with versatile drilling layouts. Ball Motion: With its 4000-grit micro pad finish, the C-(System) 2.5 will provide good length with a strong continuous backend reaction that matches up on medium to oily lane conditions for a wide range of bowling styles. Reaction Setup: The C-(System) 2.5 can be drilled using the standard drilling techniques developed for asymmetric bowling balls. After more than 18 months of research, development, and extensive lab and field tests, Brunswick is proud to introduce the new C-(System) 2.5 bowling ball, developed in close collaboration with Hall of Fame bowler Carmen Salvino. In addition to being a legendary bowler, Salvino conducts scientific research and holds multiple patents related to bowling ball design. This new line of performance bowling balls features Chemical Friction Technology (CFT). As Salvino explains, "The coverstock was chemically designed to have shaped molecular structures that produce a high coefficient of friction. Because of the shape of the molecule, when the ball goes into rolling friction, which occurs at the back part of the lane, slippage is eliminated and the ball will give you the maximum entry and carry. This is the advantage of chemical friction versus mechanical friction." "The chemistry is versatile enough that even if sanded or polished, it will not change the shape of the molecule. That is the uniqueness of this chemistry." The Chemical Friction Technology in the new C-(System) 2.5 is a difference you can feel!

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