FAG 101764 Wheel Bearing - Rear

Wheel Bearing for Land Rover Rear Applications

FAG 101764 is a first-generation wheel bearing built as a compact, sealed unit for rear axle service. It uses preset bearing clearance and lifetime lubrication to reduce maintenance needs in demanding driveline applications.

Key Features

• First-generation wheel bearing with compact, rugged construction
• Preset bearing clearance for consistent operation
• Lifetime sealing and lubrication for maintenance-free service
• Angular contact ball bearing design for front and rear wheel applications
• Fits rear applications on Land Rover LR3, LR4, and Range Rover Sport

Detailed Description

This FAG wheel bearing, part number 101764, is engineered as a sealed bearing unit for rear wheel service on select Land Rover platforms. The design combines angular contact ball bearing construction with factory-set clearance and permanent lubrication, helping maintain smooth rotation under demanding operating conditions. It is a direct fit for 2005-2009 Land Rover LR3 rear applications, 2006-2013 Land Rover Range Rover Sport rear applications, and 2010-2016 Land Rover LR4 rear applications, with 2014 LR4 coverage split by chassis number. The part number 101764 is also cross-referenced to Timken 516013 for the same application.

What It Is Used For

• Wheel noise caused by worn bearing surfaces
• Excess play or looseness at the wheel hub
• Rough rotation from damaged or dry bearing elements
• Sealing issues that allow contamination into the bearing assembly

Installation Notes and Tips

Verify chassis breakpoints for 2014 Land Rover LR4 fitment before ordering, since coverage is split between EA706372 and EA706373. Confirm rear application and match the bearing dimensions before installation: 50 mm inside diameter, 89 mm outside diameter, and 51 mm height. Use the vehicle service information for proper hub and bearing service procedures.

Quality Assurance

FAG wheel bearings are built as sealed, maintenance-free units with preset clearance and lifetime lubrication for consistent service in demanding applications.