MOOSE Offroad Black Vinyl Throttle Cable for Honda 45-1199 - 36 1/2 Inch Length

The MOOSE Offroad Black Vinyl Throttle Cable, part number 45-1199, is designed for durability and reliable performance in demanding off-road conditions. Featuring a rugged black PVC outer jacket, this cable provides maximum flexibility and resistance to wear, ensuring long-lasting operation in tough environments. The steel inner casing is tightly coiled to maintain low compression ratios, which contributes to precise throttle response and smooth control. A pre-lubricated nylon inner sleeve enhances the cable's lifespan by reducing friction, facilitating effortless throttle movements over time. All wire ends are bird-caged prior to terminal casting, offering superior pull-out resistance that prevents disconnection during intense usage, thereby increasing safety and dependability. The molded rubber components made from high-quality EPDM rubber offer excellent UV resistance, ensuring the cable withstands exposure to sunlight and harsh weather conditions without degrading. Injected-molded components constructed from high-strength POM material add to the cable's robustness, making it well-suited for off-road applications where durability is critical. This throttle cable is an ideal replacement part for Honda vehicles, providing a reliable connection that maintains optimal throttle response under extreme conditions. Easy to install, the MOOSE Offroad throttle cable ensures a secure fit and long-lasting performance, making it a dependable choice for off-road enthusiasts and mechanics alike.

Features:

• Black PVC outer jacket provides maximum flexibility and durability

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

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

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

• EPDM molded rubber components offer high UV resistance and long-term durability

• Injected-molded high-strength POM components enhance overall robustness