Gates G-Force™ C12™ Drive Belt

Minimal stretch under load results in consistent shifting rpm. Allow for maintaining peak power throughout the shift curve. Wear evenly to reduce belt failure due to edge cord pullout. Engineered for drop-in performance, featuring exceptional strength, flexibility and durability. Utilize a carbon tensile cord, combining minimal stretch with extraordinary strength. High-performance neoprene with a trapezoidal top-notch and rounded-bottom cog design maximizing heat control and flexibility. Carbon tensile cords are bonded to aramid fiber-loaded rubber with specially formulated adhesion gum; this results in increased side-load resistance, preventing belt distortion and edge-cord pullout. Gain optimal power transmission for faster acceleration, improved throttle response and consistent shifting performance. G-Force C12 Drive Belts

Minimal stretch under load results in consistent shifting RPM

Allow for maintaining peak power throughout the shift curve

Wear evenly to reduce belt failure due to edge cord pullout

Engineered for drop-in performance, featuring exceptional strength, flexibility and durability

Utilize a carbon tensile cord, combining minimal stretch with extraordinary strength

High-performance neoprene with a trapezoidal top-notch and rounded-bottom cog design maximizing heat control and flexibility

Carbon tensile cords are bonded to aramid fiber-loaded rubber with specially formulated adhesion gums; this results in increased side-load resistance, preventing belt distortion and edge-cord pullout

Gain optimal power transmission for faster acceleration, improved throttle response and consistent shifting performance

OEM-Constructed drop-in belt with no clutching adjustments

Viability testing completed to match shift curves

Dynamometer testing proves G-Force belts outlast other high-performance belts by as much as five times

Advanced aramid tensile cords and reinforced fiber-loaded undercord are used in construction for durability and dependability

Flat-top or top-cog construction

Construction utilizes double and single-cog configurations to match OEM belt designs maximizing heat control and flexability