All CVT belts look similar, but it’s what’s beneath the surface that counts. Engine power is transmitted to the transmission and wheels by a series of cords within the belt. What makes Gates G-Force belts different is the way we treat those fiber cords: We use heat and wear-resistant rubber polymers. This means our belts achieve excellent recovery — at temperatures up to 338 degrees Fahrenheit (170 degrees Celsius) — without glazing or hardening. And dynamometer testing proves G-Force belts last up to five times longer than other high-performance belts.
Made to master the toughest tasks and trails, G-Force WorkHorse CVT belts provide up to twice the life of the standard G-Force range, plus 45% increased heat tolerance. In addition to supplying the power you need for hauling heavy loads across aggressive terrain, you gain astounding durability and crack and wear resistance.
Engineered to handle the wildest rides across dunes, deserts, mountains, and off-road race courses, Gates G-Force RedLine CVT belts have been extensively lab- and field-tested. They can withstand extreme friction, severe compressive force, and excessive heat created from high acceleration, frequent back-shifting, and heavy loads. This means better acceleration, higher top speed, a lower speed ratio, and less energy loss for you in extreme off-road environments.
Canadian professional UTV racer Mark Meyer shares how switching to Gates G-Force RedLine CVT belts transformed his racing experience. In addition to learning he hasn’t had a belt failure since the switch, you’ll catch some fantastic footage from Meyer’s most grueling races on snow and dirt.
Gates Belt Drive solutions are not only revolutionizing the performance of powersports and recreational vehicles but also making urban commuting a cleaner, quieter experience.