SKF GRW272 Wheel Bearing - Rear

Reliable Wheel Bearing for Infiniti Q45

The SKF GRW272 wheel bearing is engineered to meet the specific requirements of the Infiniti Q45. Designed with precise dimensions, this component ensures proper fitment and optimal performance for your vehicle's driveline system.

• Inside Diameter: 1.692 inches
• Hub Pilot Diameter: 3.307 inches
• Width: 1.772 inches
• Outside Diameter: 3.307 inches

Technical Specifications and Design Details

The SKF GRW272 wheel bearing features an inside diameter of 1.692 inches, which aligns with the axle shaft specifications of the Infiniti Q45. The hub pilot diameter and outside diameter both measure 3.307 inches, ensuring a secure and precise fit within the wheel hub assembly. With a width of 1.772 inches, this bearing maintains the correct spacing and load distribution necessary for smooth wheel rotation and vehicle stability.

Compatible Applications for Infiniti Q45

This wheel bearing is specifically compatible with the Infiniti Q45 model, providing a direct replacement for the original equipment. It is designed to address common driveline and axle issues such as:

• Excessive wheel play or looseness
• Unusual noises coming from the wheel area
• Vibration or wobbling during driving
• Uneven tire wear related to bearing failure
• Reduced steering responsiveness

Installation Notes and Tips

When installing the SKF GRW272 wheel bearing, ensure the hub and surrounding components are clean and free of debris. Proper torque specifications should be followed to avoid premature wear or damage. It is recommended to inspect the axle shaft and seals during installation to maintain overall driveline integrity.

Quality Assurance and Warranty Information

SKF is a recognized manufacturer known for precision-engineered automotive components. The GRW272 wheel bearing is manufactured to meet strict quality standards, ensuring durability and reliable performance. While specific warranty details may vary, SKF products typically come with a limited warranty covering defects in materials and workmanship.