Arnott RH-5279 Suspension Ride Height Sensor - Front Left

Arnott RH-5279 Ride Height Sensor for Jaguar

Arnott RH-5279 is a front left suspension ride height sensor for select Jaguar air suspension systems. It monitors suspension position and sends the signal needed to help maintain correct ride height on Jaguar XF, XK, and XJ models.

• Front left ride height sensor for air suspension-equipped Jaguar applications
• Black 3-pin oval female connector with male pin terminals
• New standard-grade replacement sensor
• Lab tested for up to one million cycles for durability
• Built to resist debris, water, and salt exposure

Fitment and Application

Compatible with 2009-2015 Jaguar XF, front left; 2010-2015 Jaguar XK, front left; and 2013-2019 Jaguar XJ, front left. It also fits 2010-2015 Jaguar XFR, front left; 2013-2015 Jaguar XFR-S, front left; 2010-2015 Jaguar XKR, front left; 2012-2015 Jaguar XKR-S, front left; 2014-2017 Jaguar XJR, front left; and 2018-2019 Jaguar XJR575, front left.

Use Arnott RH-5279 when the suspension control system needs an accurate ride height signal to keep the vehicle level and responsive. This part cross-references Jaguar C2D23151 and C2P15218 for the same application.

What This Sensor Helps Address

• Incorrect ride height readings from a worn sensor
• Air suspension warning messages related to position feedback
• Uneven vehicle stance at the front left corner
• Suspension response issues caused by damaged sensor internals
• Connector or terminal wear at the sensor interface

Installation Notes

Mounting hardware is not included. Verify connector style, terminal orientation, and front left placement before installation. Inspect the linkage and surrounding suspension components for debris damage or corrosion while replacing the sensor. Replacing sensors in pairs is recommended when wear is present on both sides of the system.

Quality Assurance

Arnott builds this sensor as a new replacement part and validates it through durability testing to support long service life in demanding suspension environments. The design is intended to withstand exposure common to underbody suspension components, including water, road salt, and debris.