SKF BR931177K Wheel Bearing and Hub Assembly Repair Kit - Front

Wheel Bearing and Hub Kit Overview

SKF BR931177K is a wheel bearing and hub assembly repair kit built for front-wheel service applications. It combines the components needed for hub replacement in one kit, helping streamline repair work on Ford Focus and Ford Transit Connect models.

Key Features

• Flange included for a complete hub service setup.
• Wheel bearing kit format reduces parts sourcing during repair.
• Double row angular contact ball bearing design for increased hub capacity.
• X-Tracker hub design is engineered for stronger stiffness and improved braking response.
• SKF wheel end technology supports long service life and consistent operation.

Detailed Description

SKF BR931177K is part of the brand’s hub assembly kit line, developed from SKF wheel end engineering experience. The X-Tracker design uses a double row angular contact ball bearing arrangement to increase bearing capacity and improve hub stiffness compared with a conventional tapered bearing hub. This makes the BR931177K a practical choice for front hub replacement on the Ford Focus and Ford Transit Connect, where precise wheel-end performance matters. The part number BR931177K is also referenced by interchange number 06503223 for the same application.

Common Repair Uses

• Restores worn or noisy wheel bearing operation.
• Addresses hub play or looseness at the wheel end.
• Replaces a damaged or worn hub assembly during suspension service.
• Supports braking stability when hub wear affects rotor alignment.

Installation Notes and Tips

Verify front fitment by year and model before ordering. This kit includes the flange, while wheel studs and flange bolts are not included. Inspect the mating surfaces, axle hardware, and surrounding suspension components during installation to help ensure a proper repair.

Quality Assurance

SKF manufactures this kit to high quality standards and draws on more than 100 years of wheel end technology experience. BR931177K is engineered for durability and safety in demanding service conditions.