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 f...
OEM construction drop-in belt with no clutching adjustments. Tested under extreme conditions in controlled environments as well as race vehicles. Viability testing completed to match shift curves. ...
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platforms. Built with Gates patented fiber-reinforced EE (ethyl elastomer) compound for ...
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platforms. Built with Gates patented fiber-reinforced EE (ethyl elastomer) compound for ...
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 f...
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 f...
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 f...
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 f...
OEM construction drop-in belt with no clutching adjustments. Tested under extreme conditions in controlled environments as well as race vehicles. Viability testing completed to match shift curves. ...
OEM construction drop-in belt with no clutching adjustments. Tested under extreme conditions in controlled environments as well as race vehicles. Viability testing completed to match shift curves. ...
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platforms. Built with Gates patented fiber-reinforced EE (ethyl elastomer) compound for ...
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platforms. Built with Gates patented fiber-reinforced EE (ethyl elastomer) compound for ...
Designed to handle the rapid acceleration and high variable torque loads of next-generation high-performance platforms. Built with Gates patented fiber-reinforced EE (ethyl elastomer) compound for ...
