Distributed by AutoShack. This replacement wheel bearing is designed for direct fit and made from high quality materials. The wheel bearings in your vehicle work with the tire and hub to provide you with a smooth ride while driving
- Direct fit replacement - no modifications required.
- Coated with an anti-corrosion finish to provide a longer life.
- High quality seal design protects against water damage and contamination.
- Backed by a 6-month limited warranty.
- Product bundle may ship in multiple packages with separate tracking numbers.
- Professional installation is highly recommended.
The wheel bearings in your vehicle work with the tire and hub to provide you with a smooth ride while driving. A faulty wheel bearing can place more friction on the wheel, which can lead to uneven tire wear. Wheel Bearings should always be replaced in pairs (front or rear). This reduces the overall time required to replace two parts at different times. In most cases, if one part fails the other is close behind.
SKU: #WB610097PR
AutoShack Front Wheel Bearings, Driver & Passenger Side, 2pcs, Compatible with Honda Accord 2008-2012 FWD 2.4L 3.5L
SKU: #WB610097PR
Distributed by AutoShack. This replacement wheel bearing is designed for direct fit and made from high quality materials. The wheel bearings in your vehicle work with the tire and hub to provide you with a smooth ride while driving
- Direct fit replacement - no modifications required.
- Coated with an anti-corrosion finish to provide a longer life.
- High quality seal design protects against water damage and contamination.
- Backed by a 6-month limited warranty.
- Product bundle may ship in multiple packages with separate tracking numbers.
- Professional installation is highly recommended.
The wheel bearings in your vehicle work with the tire and hub to provide you with a smooth ride while driving. A faulty wheel bearing can place more friction on the wheel, which can lead to uneven tire wear. Wheel Bearings should always be replaced in pairs (front or rear). This reduces the overall time required to replace two parts at different times. In most cases, if one part fails the other is close behind.