All Balls Racing Lower Front Shock Bearing Kit (Part #21-0029)

Kit contains direct OEM replacement bearing assembly with all the required components.

Shock bearing assemblies are sold individually for the upper or lower position.

Plastic molded bushings upgraded to machined Delrin.

Mild steel pins upgraded to case hardened and precision ground SCM415/42 bearing steel.

Many times, OEM manufacturers do not sell the components separately form the shock absorber.

Where possible and were applicable we have added an o-ring to the ID of Delrin machined bushings for superior water and dirt exclusion.

The All Balls Racing Lower Front Shock Bearing Kit (Part #21-0029) is designed to enhance the performance and longevity of your motorcycle's suspension system. Crafted with precision, this kit ensures smooth operation and improved handling during your rides. The bearings are engineered to withstand the rigors of off-road and street riding, providing reliable support for your front shocks.

Constructed from durable materials, this kit offers a perfect fit for compatible motorcycle models, ensuring easy installation and long-lasting performance. Regular replacement of shock bearings like these can significantly reduce wear and tear, maintaining optimal suspension functionality. Whether you're a professional racer or a daily rider, this kit helps keep your motorcycle's front suspension in top condition.

Ideal for maintenance and repair, the All Balls Racing Lower Front Shock Bearing Kit is an essential component for maintaining smooth and responsive steering. Its engineered design minimizes vibration and noise, contributing to a more comfortable ride. Trust in All Balls Racing's reputation for quality parts to keep your motorcycle performing at its best.

Features:

• Durable construction designed for long-lasting performance

• Precision-engineered bearings for smooth shock operation

• Easy to install with a perfect fit for compatible models

• Reduces vibration and noise for a more comfortable ride

• Ideal for maintenance, repair, and performance enhancement