Trials specific full diamond pattern and flange. Designed to allow ease of repositioning hands to grip. Special compound perfects the bonding interface with bars.
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
The Pillow Top, our most popular off-road grip, utilizes an exclusive traction pattern and gel-like vibration-reducing surface compound to maximize grip and comfort. The triple density construction...
Inner core compound perfects the bonding interface with bars. Anti-Rip tip uses denser compound to increase life of grip. Tacky gel-like surface compound is perfect for less arm fatigue.
Inner core compound perfects the bonding interface with bars. Anti-Rip tip uses denser compound to increase life of grip. Tacky gel-like surface compound is perfect for less arm fatigue.
Inner core compound perfects the bonding interface with bars. Anti-Rip Tip uses denser compound to increase life of grip. Tacky gel-like surface compound is perfect for less arm fatigue.
Inner core compound perfects the bonding interface with bars. Anti-Rip Tip uses denser compound to increase life of grip. Tacky gel-like surface compound is perfect for less arm fatigue.
Inner core compound perfects the bonding interface with bars. Anti-Rip Tip uses denser compound to increase life of grip. Tacky gel-like surface compound is perfect for less arm fatigue.
