ADDAPTIVE Ƒ(P) PEARL COVERSTOCK
The Addaptive ƒ(P) Pearl coverstock is Brunswick’s newest innovation in performance enhancing additive chemistry. ƒ(P) describes our latest ƒormula that combines our new (P)rojection additive with an aggressive reactive coverstock to skid easily down the lane, saving axis rotation for the backend that results in higher entry angles into the pocket and improved ball motion through the pins. Being able to utilize performance enhancing additives in a
coverstock allows Brunswick to effectively fine tune the length, mid-lane and backend characteristics of the ball motion.
NEXUS ARROWHEAD CORE
The new Nexus Arrowhead core features a single density squared-off elliptical inner core that is dynamically designed to stay on line, enhancing downlane projection. This long and sleek core helps the Nexus ƒ(P) preserve revs and ball speed into the backend of the lane which results in increased pin action and higher scores.
BALL MOTION
With its Rough Buff Finish, the Nexus ƒ(P) projects easily through the front, storing axis rotation and revolutions in the mid-lane while gripping the backend for a strong continuous motion that slices through the pins with ease on medium oil lane conditions.
REACTION SETUP
The Nexus ƒ(P) can be drilled using the standard drilling techniques developed for asymmetric bowling balls.
LIGHTWEIGHT ENGINEERING
The unique core shape of each individual ball is used for weights from 14 to 16 pounds. This approach to lightweight ball engineering provides bowlers with consistent ball reaction characteristics across this weight range. At 12 and 13 pounds, Brunswick uses a generic core shape with a RG-differential that is close enough to the 14 to 16 pound shape so the same drilling instructions can be used.
Specifications:
Color: Black, Blue and Silver Pearl
Coverstock: Addaptive ƒ(P) Pearl
Weight Block: Nexus Arrowhead
Factory Finish: 500; 1,500 Siaair Micro Pad; Rough Buff Finish
Flare Potential: High
Radius of Gyration (RG): 2.50
Differential (Diff): 0.056
Intermediate Differential (Mass Bias): 0.012
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