InMotion WA515127 Wheel Bearing and Hub Assembly - Front

Wheel Hub Assembly Overview

This InMotion wheel bearing and hub assembly is built for direct replacement use on select Nissan and INFINITI applications. It combines OE-based engineering with strict quality control to support proper fit, stable wheel mounting, and long service life.

Key Features

• Direct replacement wheel bearing and hub assembly for designated applications
• OE data and measurements used for fitment and performance consistency
• Integrated ABS sensor included for vehicles that require it
• 29-spline design with a 6-stud wheel mounting pattern
• Triangle flange shape with precise pilot and bolt-circle dimensions

Detailed Description

Part number WA515127 is a front wheel bearing and hub assembly engineered for select Nissan Armada and INFINITI QX80 and QX56 models. It is manufactured with high-precision processes and quality-control standards to match the original application as closely as possible. The hub uses OE-based dimensions, a 29-spline configuration, and an integrated ABS sensor to support correct wheel location and sensor function. If you are replacing a worn hub on a Nissan Armada, INFINITI QX80, or INFINITI QX56, WA515127 provides a fitment-specific solution built around the original part data.

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

Common Replacement Issues

• Wheel bearing noise or rough rotation
• Excessive hub play or looseness
• ABS warning light caused by hub sensor failure
• Uneven wheel mounting from a worn hub flange
• Vibration or instability related to hub wear

Installation Notes

Fits 2017-2022 Nissan Armada, front; 2014-2021 INFINITI QX80, front; and 2011-2013 INFINITI QX56, front. Confirm spline count, bolt pattern, pilot dimensions, and ABS sensor requirements before installation. Part number WA515127 should be matched to the vehicle’s original hub specifications for proper fitment.

Quality Assurance

InMotion manufactures this hub assembly using OE data, precise measurements, and strict quality-control criteria to support fitment, performance, and longevity.