InMotion WB513058 Wheel Bearing - Front or Rear

Wheel Bearing for Multi-Vehicle Rear and Front Fitment

InMotion WB513058 is a wheel bearing built for a wide range of front and rear applications across Ford, Hyundai, Kia, Jaguar, Lincoln, and Mercury vehicles. It is made from high-quality materials to support smooth rotation, reduced friction, and stable operation in demanding automotive use.

Key Features

• Wheel bearing for driveline and axle service
• Universal-style design for multiple vehicle applications
• Supports smooth rotational performance and reduced friction
• Built for durability in automotive and industrial environments
• Direct fitment coverage across front and rear positions
• Part number: WB513058

Detailed Description

InMotion WB513058 is a multi-purpose wheel bearing engineered for consistent performance where dependable wheel support is required. This bearing is listed for 1986-2016 model coverage and includes rear applications such as the 2005-2016 Kia Sportage rear, 2005-2015 Hyundai Tucson rear, and 2001-2006 Hyundai Santa Fe rear, along with front applications including the 2003-2009 Kia Sorento front and 2009-2010 Kia Borrego front. It also covers select Ford, Jaguar, Lincoln, and Mercury vehicles, making WB513058 a practical service part for a broad range of repair needs.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Part Can Address

• Wheel noise from a worn bearing
• Excessive friction at the hub or wheel assembly
• Loose or unstable wheel rotation
• Rough operation during driving or turning
• Service replacement for front or rear bearing wear

Installation Notes and Tips

Confirm the vehicle year, make, model, and position before installation. Match the bearing location exactly, since WB513058 is used in both front and rear applications depending on the vehicle. Inspect related hub and axle components during service to help ensure proper fit and operation.

Quality Assurance

InMotion manufactures this bearing from high-quality materials for reliable use across automotive and industrial environments. The design focuses on smooth operation, durability, and consistent performance across multiple applications.