Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platformsBuilt with Gates® patented fiber-reinforced EE (ethyl elastomer) compound for maximum transverse stiffness and heat resistance75% better dynamic axial stiffness and 50% lower speed l..
Engineered to handle the toughest tasks and trailsUp to 2x the life of the G-Force belt45% increased heat tolerancePower for hauling heavy loads across aggressive terrainImproved durability, crack- and wear-resistanceHigh tensile aramid cord inner layer maximizes acceleration, shock load resistance ..
Engineered to handle the toughest tasks and trailsUp to 2x the life of the G-Force belt45% increased heat tolerancePower for hauling heavy loads across aggressive terrainImproved durability, crack- and wear-resistanceHigh tensile aramid cord inner layer maximizes acceleration, shock load resistance ..