SKP SK517008 Wheel Bearing - Front Left or Front Right

Front Wheel Bearing for Subaru and Saab

SKP SK517008 is a replacement front wheel bearing for select Subaru and Saab applications. It is built to reduce friction at the wheel hub, support smooth wheel rotation, and help maintain quiet operation on the road.

Key Features

• Replacement wheel bearing for front left and front right positions
• Fits select Subaru Forester, Impreza, Baja, Legacy, and Outback models
• Also fits 2005-2006 Saab 9-2X front applications
• Engineered for proper fit and function
• Helps reduce wheel noise and wear from friction
• Cross-references National 517008 for the same application

Application Details

This SKP wheel bearing, part number SK517008, is a direct-fit front hub bearing solution for a wide range of Subaru vehicles. It fits 1998-2008 Subaru Forester, front left and front right; 1993-2007 Subaru Impreza, front left and front right; 2003-2006 Subaru Baja, front left and front right; 1990-2004 Subaru Legacy, front left and front right; 2000-2004 Subaru Outback, front left and front right; and 2005-2006 Saab 9-2X, front left and front right. For shoppers searching for a Subaru Forester front wheel bearing or Subaru Impreza front wheel bearing, SK517008 is a relevant OE-style replacement option.

Common Problems It Can Address

• Front wheel noise such as humming or growling
• Excess friction at the wheel hub
• Rough or inconsistent wheel rotation
• Wear-related bearing play at the front axle
• Service replacement for aging Subaru and Saab front bearings

Installation Notes and Tips

Confirm the vehicle year, make, model, and front left or front right position before ordering. Inspect the hub, knuckle, and surrounding components for wear or damage during service, and follow the vehicle service manual for bearing replacement procedures and torque specifications.

Quality Assurance

SKP manufactures replacement wheel bearings to meet quality standards for fit and function. The SK517008 is designed to support smooth wheel operation and longer service life in normal driving conditions.