MOOSE OFFROAD Black Vinyl Throttle Cable for Honda 45-1135 - 28 Inch Length

The MOOSE OFFROAD Black Vinyl Throttle Cable (Part Number 45-1135) is designed for reliable performance and durability in demanding off-road applications. Its black PVC outer jacket offers maximum flexibility and resistance to wear, ensuring smooth operation even in harsh environments. The steel inner casing is tightly coiled to provide low compression ratios, which translates into precise throttle response and consistent control. This construction enhances the cable's longevity and maintains optimal performance over time.

The cable features a pre-lubricated nylon inner sleeve that facilitates smooth movement and reduces friction, contributing to a longer service life. All wire ends are bird-caged prior to terminal casting, providing superior pull-out resistance and ensuring the cable withstands rigorous use without failure. The inclusion of EPDM molded rubber components further enhances UV resistance, making this throttle cable suitable for outdoor and off-road conditions where exposure to sunlight and weather is common. Additionally, the injected-molded components are manufactured from high-strength POM material, which offers excellent durability and structural integrity.

This throttle cable is engineered to deliver precise throttle control and long-lasting performance, making it an ideal replacement part for Honda vehicles that require a resilient and flexible cable. Whether for repair or upgrade, the MOOSE OFFROAD Black Vinyl Throttle Cable ensures your vehicle maintains optimal throttle response and operational reliability in challenging environments.

Features:

• Black PVC outer jacket provides maximum flexibility and durability

• Steel inner casing is tightly coiled for low compression ratios

• Pre-lubricated nylon inner sleeve ensures smooth operation and long life

• Bird-caged wire ends for superior pull-out resistance

• EPDM molded rubber components offer high UV resistance and longevity

• Injected-molded components made from high-strength POM material for durability