PROX Swingarm Bearing Kit for CRF250R and CRF450R - Part Number 26.210206

ProX Racing Parts swing arm kits are available for Off Road and ATV applications. The complete rebuild kits come with all necessary parts you need to completely rebuild your swing arm.

Bushings are case hardened and plated to prevent wear and corrosion.

Pins are through hardened and precision ground.

Needle bearings are made from 52100 bearing steel, ARC61-65 heat treated and have a ST13 steel shell.

The washers are made from Teflon for increased service life.

The PROX Swingarm Bearing Kit (Part Number 26.210206) is designed specifically for Honda CRF250R and CRF450R models, providing reliable performance and durability. This kit includes all necessary components to ensure smooth and secure operation of the swingarm, which is critical for optimal handling and stability. Crafted with high-quality materials, these bearings are engineered to withstand the stresses of off-road riding and racing conditions.

Installation of this PROX swingarm bearing kit offers a straightforward upgrade that enhances the longevity and performance of your motorcycle's suspension system. Properly maintained bearings reduce wear and tear on other components, contributing to a smoother ride and increased bike responsiveness. The kit's design ensures a precise fit, making it a dependable choice for both professional mechanics and avid enthusiasts.

Whether you're restoring your motorcycle or performing routine maintenance, the PROX swingarm bearing kit is an essential part to keep your CRF250R or CRF450R operating at peak performance. The kit's comprehensive nature simplifies the replacement process, ensuring you get back on the trail or track with confidence.

Features:

• Designed specifically for Honda CRF250R and CRF450R models

• Includes all necessary bearings and components for comprehensive replacement

• High-quality materials ensure durability and long-lasting performance

• Engineered for precise fit and easy installation

• Helps maintain optimal handling, stability, and suspension performance