FAG 102474 Wheel Bearing - Rear

Rear Wheel Bearing for Lexus and Toyota

FAG 102474 is a rear wheel bearing hub assembly built for select Lexus and Toyota applications. It combines a compact, lightweight design with a maintenance-free hub and an integral mounting flange for brake, disc, and wheel mounting.

Key Features

• Rear wheel bearing hub assembly for select Lexus RX300, ES300, Toyota Camry, and Toyota Avalon applications
• Integral mounting flange supports brake, disc, and wheel attachment
• Compact, lightweight construction
• Maintenance-free hub design
• 4-bolt hole flange configuration
• Cross-references SKF GRW168 and Timken 512009 for the same application

Detailed Description

This FAG wheel bearing, part number 102474, is engineered as a hub-style bearing for rear axle service on 1987-2003 Lexus and Toyota vehicles. It is a direct-fit replacement for rear wheel bearing service on the Toyota Camry, Toyota Avalon, Lexus ES300, and Lexus RX300, with the integrated flange helping simplify mounting at the wheel end. The design focuses on proven bearing performance in a compact package while reducing routine maintenance needs.

Fits 1999-2003 Lexus RX300, rear. Fits 1992-1998 Lexus ES300, rear. Fits 1987-1998 Toyota Camry, rear. Fits 1995-1996 Toyota Avalon, rear. Fits 1991 Toyota Camry, rear, from 10/01/1991.

Common Repair Uses

• Rear wheel bearing noise or growl
• Excessive wheel play or looseness
• Rough rotation at the hub
• Service replacement for worn rear hub bearing assemblies
• Restoring proper wheel-end support on Lexus and Toyota rear suspension applications

Installation Notes and Tips

Verify rear fitment by year, model, and production date before installation. Confirm the 4-bolt hole flange pattern and compare the removed unit to FAG 102474 to ensure the correct hub style for the vehicle. Clean the mounting surfaces and inspect related wheel-end components during service.

Quality Assurance

FAG is a recognized bearing brand within Schaeffler, and this hub assembly is built to deliver the cost-effectiveness and performance characteristics expected in OE-style wheel-end service.