WHEEL SPACER KIT CRF150F 03-13, ALLBALLS 11-1006 HONDA FRONT
All Balls Racing front wheel spacer kit. Precision machined from zinc plated hardened steel and hard black anodized 6061-T6 aluminum. These long life spacers feature a lightweight aluminum body with a zinc-plated, hardened steel shell for durability, extending bearing life. Water and dirt grind between wheel bearing seals and soft OEM aluminum wheel spacers, creating grooves and allowing for bearing contamination. All Balls aluminum spacers feature a hardened steel shell pressed over the aluminum to provide a superior wear surface. Manufactured with 52100 bearing steel that is through-hardened, precision-ground, and plated for years of service.
- SKU
- 17-8205.A
- Brand
- All Balls Racing
- Availability
- In Stock (6)
FULL DESCRIPTION
All Balls Racing Front Wheel Spacer Kit for Honda CRF
Enhance the longevity of your motorcycle's bearings with the All Balls Racing Front Wheel Spacer Kit. Designed to offer superior protection against contaminants, this kit is an essential upgrade for off-road riders.
Key Features:
- Extended Bearing Life: Specifically engineered to protect wheel bearings from water and dirt contamination, prolonging their service life.
- Durable Construction: Features a lightweight 6061-T6 aluminum body with a hard black anodized finish, paired with a precision-machined, zinc-plated hardened steel shell for exceptional wear resistance.
- Premium Materials: Utilizes 52100 bearing steel that is through-hardened, precision-ground, and plated to ensure years of reliable service.
- Protective Design: The hardened steel shell provides a superior wear surface compared to standard OEM aluminum spacers, which can easily become grooved by contaminants, leading to seal damage and bearing failure.
- Direct Replacement: Designed as an upgrade when replacing worn wheel bearings or as a preventative measure to avoid future bearing damage.
Upgrade your off-road motorcycle with All Balls Racing wheel spacers and gain a competitive edge by ensuring your components are protected and performing optimally.
