Ready To Ship Evp Bad Ass Drive Belts For 2024 Polaris Xpedition Massive 75% Savings [lRejzihD]

Ready To Ship Evp Bad Ass Drive Belts For 2024 Polaris Xpedition Massive 75% Savings [lRejzihD]

Experience the ultimate in performance with EVP's Bad Ass Drive Belts for the 2024 Polaris Xpedition. Designed to deliver far-superior performance at a lower price point, these belts are the go-to choice for those seeking to enhance their vehicle's responsiveness and durability. EVP has partnered with GBoost Technology, a leading CVT belt and clutching manufacturer, to create a belt compound that has been rigorously tested and validated. The result is a belt that not only exceeds OEM standards but also provides a more robust grip, ensuring that power is transferred efficiently to the ground.

World's Best (WB) Belts: Unmatched Quality and Durability

Featuring manufacturing and quality control certifications such as ISO-14001, ISO-9001, and IATF-16949, the World's Best (WB) Belts are engineered to withstand the rigors of high-performance vehicles. With a 3rd Generation heavy-duty, high-twist Aramid Fiber cord, these belts are among the strongest on the market, capable of handling the power of 400hp machines. The increased top cog pressure load design enhances sidewall rigidity, preventing bowing while still allowing for increased rotational flexibility. The bottom cog is crafted from a high-modulus rubber compound (BZX1) for superior heat resistance and dissipation, while impregnation with short Aramid Fibers improves belt-to-sheave adhesion and reduces overall belt temperature.

Extreme (EX) Belts: Engineered for High-Temperature Performance

For those who demand the absolute best, EVP offers the Extreme (EX) Belts, which are developed with a high-temperature compound called DUMAX. These belts are constructed with ultra-strong Aramid Fiber cord, capable of handling over 10,000 pounds of tension without stretching or breaking. The EX Belts provide exceptional 'belt squeeze' for more tuning possibilities and less slippage, while the maximum under-cord stiffness allows for rotational efficiency and cooler running temperatures. Engineered for high temps, extreme abuse, and excessive shock loads, these belts are the perfect choice for high-performance applications.