CLUTCH CABLE HONDA CRF 250R 2014 - 2017

£27.46
Out of Stock

All Balls Racing Clutch Cable features a black PVC outer jacket for maximum flexibility and durability, a steel inner casing that is tightly coiled for low compression, a pre-lubricated nylon inner sleeve, bird caged wire ends, EPDM molded rubber for high UV resistance, and injection molded components manufactured from high-strength POM material.

Specifications
SKU
AB.45-2134
Brand
Allballs
Availability
Out of Stock
SKU
AB.45-2134
Brand
Allballs
Availability
Out of Stock
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

All Balls Racing Performance Clutch Cable

Ensure smooth, precise gear shifts with the All Balls Racing Clutch Cable. Engineered for riders who demand reliability and consistent performance, this replacement cable is built to withstand the rigors of off-road riding while maintaining optimal control.

This clutch cable features a robust black PVC outer jacket, providing maximum flexibility and long-lasting durability against the elements. The internal construction is designed for performance, utilizing a tightly coiled steel inner casing that ensures low compression for a responsive clutch feel.

Key Features

  • Durable Construction: Black PVC outer jacket offers excellent flexibility and resistance to wear.
  • Low Compression Design: Tightly coiled steel inner casing delivers consistent and precise clutch actuation.
  • Smooth Operation: Pre-lubricated nylon inner sleeve reduces friction for effortless lever pull.
  • Superior Longevity: Bird caged wire ends and EPDM molded rubber components provide high UV resistance and structural integrity.
  • High-Strength Materials: Injection-molded components are crafted from high-strength POM material to ensure reliable performance under pressure.

Whether you are performing routine maintenance or replacing a damaged part, this All Balls Racing clutch cable provides a direct, high-quality solution to keep your machine performing at its peak.