Mevotech H515126 Wheel Bearing and Hub Assembly - Front

Front Wheel Bearing and Hub Assembly for Ram 1500

Mevotech H515126 is a front wheel bearing and hub assembly built for 2009-2011 Ram 1500 applications. It uses a Gen 3 roll-form design, is pre-greased, and features a non-integral ABS sensor layout for a direct replacement on the front axle.

Key Features

• Fits 2011 Ram 1500, front
• Fits 2010 Dodge Ram 1500, front
• Fits 2009 Dodge Ram 1500, front
• Mevotech Supreme Parts engineering with application-specific upgrades
• Gen 3 roll-form design for hub bearing assembly durability
• Pre-greased for ready-to-install service
• Non-integral ABS sensor configuration
• 5-bolt wheel mounting pattern with 3 flange bolt holes
• Inside diameter: 78.4 mm; outside diameter: 183 mm

Detailed Description

This Mevotech Supreme hub bearing assembly is engineered in-house for high-usage passenger vehicles, SUVs, fleets, and working trucks. For Ram 1500 front-end service, H515126 provides a replacement hub assembly built around a roll-form construction and service-friendly design. If you are replacing a worn front wheel bearing and hub assembly on a 2009-2011 Ram 1500, this part number H515126 is a direct-fit option for the listed front applications. This part cross-references Timken HA590354 for the same application.

Common Problems This Part Can Address

• Front wheel bearing noise or growling
• Excessive hub play or looseness
• ABS warning light concerns related to the hub assembly configuration
• Uneven wheel rotation caused by bearing wear
• Front-end vibration traced to a worn hub assembly

Installation Notes and Tips

Confirm the vehicle is a 2009, 2010, or 2011 Ram 1500 before ordering H515126. Verify the front position, the 5-bolt wheel pattern, and the non-integral ABS sensor setup against the removed part. Clean the mounting surface thoroughly and inspect related suspension and brake components during service to help ensure a proper repair.

Quality Assurance

Mevotech Supreme Parts are engineered in-house with application-specific upgrades for durability and performance. The Labor Saver design approach is used to simplify installation and reduce service time where possible.