SKF BR1328 Wheel Bearing Race - Front Outer

SKF BR1328 Wheel Bearing Race

SKF BR1328 is a tapered roller wheel bearing race built for front outer wheel bearing applications that demand precise fit and smooth rotation. With a 0.762 in width and 2.062 in outside diameter, it supports service work on select Toyota T100 and Ford truck front hubs.

Key Features

• 0.762 in width for the specified bearing setup
• 2.062 in outside diameter for proper race seating
• Logarithmic roller raceway profile for smoother rolling contact
• Ultra-smooth surface finish to support quiet operation
• SKF BR1328 engineered for front outer wheel bearing service
• Fits 1993-1998 Toyota T100, front outer
• Fits 1953-1967 Ford F-350, front outer
• Fits 1967 Ford F-250, front outer, 2.5" Brks.

Detailed Description

The SKF BR1328 wheel bearing race is made for tapered roller bearing assemblies where accurate race geometry matters. Its profile and finished surface are designed to promote consistent roller tracking, helping maintain smooth wheel rotation in front outer bearing positions on vehicles such as the Toyota T100 and Ford F-250 or F-350. SKF BR1328 is a direct service part for applications that call for this race size and configuration.

This part cross-references Febi-Bilstein 30166 for the same application.

Common Repair Uses

• Wheel bearing noise from a worn or pitted race
• Rough wheel rotation during hub service
• Excessive play caused by race wear
• Front hub rebuilds on Toyota T100 and Ford truck applications
• Replacement of a damaged front outer bearing race

Installation Notes

Inspect the bearing rollers, hub, and spindle before installation. Press the race fully into the hub or bearing seat using the correct driver so the surface is not damaged. Clean all mating surfaces and verify the race matches the bearing size and front outer position before reassembly.

Quality Assurance

SKF has supplied bearing components for more than 100 years, and BR1328 is manufactured to high quality standards for long service life and safe operation.