MOOSE Offroad Black Vinyl Throttle Cable for Yamaha 45-1193, 30 Inch

The MOOSE Offroad Black Vinyl Throttle Cable, part number 45-1193, is designed for durability and reliable performance in demanding riding conditions. Featuring a rugged black PVC outer jacket, this cable offers maximum flexibility while resisting wear and tear, making it ideal for off-road applications. The steel inner casing is tightly coiled to provide low compression ratios, ensuring precise throttle response and consistent operation over time. A pre-lubricated nylon inner sleeve reduces friction and enhances the cable's longevity, facilitating smooth throttle control during extended use. All wire ends are bird-caged prior to terminal casting, which significantly improves pull-out resistance and prevents premature failure, maintaining integrity even under harsh vibrations and constant movement. Additionally, the cable incorporates EPDM molded rubber components that deliver high UV resistance, safeguarding against sun damage and environmental degradation. Crafted with high-strength POM injected-molded components, this throttle cable is built to withstand the rigors of off-road riding, ensuring a long-lasting, dependable connection between your throttle and engine. Whether you're customizing your ATV or replacing a worn-out cable, the MOOSE Offroad Black Vinyl Throttle Cable provides a robust solution designed for performance and durability. Its 30-inch length offers versatile installation options suitable for various Yamaha models, delivering smooth throttle operation and peace of mind on every adventure.

Features:

• Black PVC outer jacket for maximum flexibility and durability

• Steel inner casing tightly coiled for low compression and precise throttle control

• Pre-lubricated nylon inner sleeve for smooth operation and extended cable life

• Bird-caged wire ends prior to terminal casting for superior pull-out resistance

• EPDM molded rubber components for high UV resistance and long-lasting performance

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