FAG K14585-14525 Wheel Bearing and Race Set - Rear Inner or Rear Outer

Wheel Bearing Set for Kia Sedona

This FAG wheel bearing and race set is built for the rear wheel positions on select Kia Sedona models. Part number K14585-14525 uses a tapered roller cup and cone design to manage both axial and radial loads with precise fitment for service work.

Key Features

• Tapered roller bearing set with cup and cone construction
• Inside diameter: 1.374 in. / 34.9 mm
• Outside diameter: 2.689 in. / 68.3 mm
• Width: 0.827 in. / 21 mm
• Engineered for load distribution in wheel-end applications
• FAG part number K14585-14525

Detailed Description

FAG K14585-14525 is a wheel bearing and race set from Schaeffler, supplied in a tapered roller bearing format for controlled load handling and stable wheel-end operation. The measured dimensions help confirm proper service fitment: 1.374-inch inside diameter, 2.689-inch outside diameter, and 0.827-inch width. This bearing set is used in rear outer and rear inner positions on Kia Sedona applications, including 2005 Kia Sedona rear outer and 2002-2004 Kia Sedona rear inner. This part cross-references Timken 14525 for the same application.

What It Helps Address

• Wheel-end noise from worn bearing surfaces
• Excessive play at the rear hub or spindle area
• Rough rotation caused by damaged rollers or races
• Load instability in rear wheel bearing service
• Service replacement needs on Kia Sedona rear bearing positions

Installation Notes and Tips

Verify the bearing dimensions, position, and vehicle year before installation. Fits 2005 Kia Sedona, rear outer. Fits 2002-2004 Kia Sedona, rear inner. Clean and inspect the hub, spindle, and related sealing surfaces before pressing in the new bearing and race components. Confirm correct bearing preload and torque settings during reassembly to maintain proper wheel-end operation.

Quality Assurance

Schaeffler supplies OEM-level bearing components and manufactures this tapered roller set to meet rigorous specifications for durability and reliable performance in automotive wheel-end service.