Moose Offroad Black Vinyl Throttle Cable 45-1270 for Gas Gas, Husqvarna, KTM

Black Vinyl Throttle Cable - Stock Length - Gas Gas/Husqvarna/KTM

The Moose Offroad 45-1270 Black Vinyl Throttle Cable offers a reliable and durable solution for off-road motorcycles from brands like Gas Gas, Husqvarna, and KTM. Crafted with a black PVC outer jacket, this cable provides maximum flexibility and resistance to wear, ensuring longevity even in demanding riding conditions. The steel inner casing is tightly coiled to maintain low compression ratios, facilitating smooth throttle response and consistent performance over time. A pre-lubricated nylon inner sleeve minimizes friction, reducing wear and extending the cable's service life, which makes it ideal for rigorous off-road use. All wire ends are bird-caged prior to terminal casting, providing superior pull-out resistance and ensuring the cable remains securely connected during intense riding sessions. The EPDM molded rubber components contribute high UV resistance, protecting the cable from environmental damage and prolonging its lifespan. Additionally, injected-molded components made from high-strength POM material deliver enhanced durability and structural integrity. Designed for stock length applications, this throttle cable is an essential upgrade for maintaining optimal throttle control and responsiveness on your motorcycle. Whether replacing a worn-out cable or upgrading your existing setup, the Moose Offroad Black Vinyl Throttle Cable guarantees dependable performance in tough conditions, enabling you to ride with confidence and precision.

Features:

• Black PVC outer jacket for maximum flexibility and durability

• Steel inner casing tightly coiled for low compression ratios

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

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

• EPDM molded rubber components for high UV resistance and longevity

• Injected-molded components manufactured from high-strength POM material