Moose Offroad Black Vinyl Rear Parking Brake Cable for Kawasaki - Part 45-4031

The Moose Offroad Black Vinyl Rear Parking Brake Cable (Part 45-4031) is engineered for durability and reliable performance in demanding off-road conditions. Constructed with a flexible black PVC outer jacket, this cable is designed to withstand harsh environments while maintaining maximum flexibility. The steel inner casing is tightly coiled to provide low compression ratios, ensuring consistent brake engagement and response. Inside, a pre-lubricated nylon inner sleeve guarantees smooth operation and long-lasting performance, reducing wear and friction over time. All wire ends are bird-caged before terminal casting, enhancing pull-out resistance for increased safety and reliability during heavy use. This brake cable features a pre-stretched inner wire that is flared out prior to casting the terminal end, further improving pull-out strength. The package includes essential adjuster hardware such as the spring, nut, and barrel where applicable, facilitating easy installation and adjustment. High UV resistance is achieved through EPDM molded rubber components, ensuring long-term durability even in direct sunlight. Additionally, injected-molded components are made from high-strength POM material, providing exceptional toughness and resistance to wear. Designed specifically for Kawasaki vehicles, this rear parking brake cable delivers dependable performance and longevity, making it an ideal replacement part for off-road enthusiasts seeking a resilient and easy-to-install solution.

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

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

• Pre-stretched inner wire flared before terminal casting for enhanced strength

• Includes adjuster hardware: spring, nut, and barrel

• EPDM molded rubber components for high UV resistance

• Injected-molded high-strength POM components for toughness