Gates Drive Belt 2013-2015 Polaris Ranger 900 XP G-Force C12 Carbon Fiber CVT OEM Upgrade Heavy Dut

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Gates G-Force C12 Carbon-fiber CVT Drive belts deliver exceptional performance for the most demanding recreational, trail, off-road and competitive machines and their riders. Developed by the leader in belt innovation and technology, G-Force C12 belts are the first in the industry to utilize high-strength carbon fiber in the critical torque coupling tensile belt cords.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Carbon fibers stretch 60% less than Kevlar fibers at the same load conditions, enabling faster acceleration and more consistent CVT shift performance.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Carbon fibers stretch 60% less than Kevlar fibers at the same load conditions, enabling faster acceleration and more consistent CVT shift performance.
Trapezoidal top-notch and rounded bottom-cog belt designs increase belt flexibility and cooling, with smooth pulley intake and out-feed for smoother overall CVT operation.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Carbon fibers stretch 60% less than Kevlar fibers at the same load conditions, enabling faster acceleration and more consistent CVT shift performance.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Patented carbon-fiber tensile cords and Kevlar loaded high-temperature rubber provide exceptional belt stability and excellent sidewall friction characteristics.
Carbon-fiber tensile cords are 25-30% stronger than Kevlar cords, providing extreme horsepower and drive-torque handling capability for 800cc and larger engines.
Carbon fibers stretch 60% less than Kevlar fibers at the same load conditions, enabling faster acceleration and more consistent CVT shift performance.
Trapezoidal top-notch and rounded bottom-cog belt designs increase belt flexibility and cooling, with smooth pulley intake and out-feed for smoother overall CVT operation.
Patented designs and materials create a belt with outstanding operating life with dramatically reduce sidewall cord pull-out.