Internet Famous Arnott Rh-4265 Rear Right Ride Height Sensor Bmw X5 (e53) - Exclusive Drop [MCeqwLtx]

Arnott RH-4265 Rear Right Ride Height Sensor for BMW X5 (E53)

Experience the precision and reliability of the Arnott RH-4265 Rear Right Ride Height Sensor, designed specifically for the BMW X5 (E53). This essential component ensures the optimal performance of your vehicle's air suspension system by precisely measuring the distance between your chassis and the road. With its advanced features and plug-and-play installation, the RH-4265 is the perfect choice for maintaining the proper ride height and enhancing your driving experience.

Key Features and Specifications

The Arnott RH-4265 Ride Height Sensors are engineered to provide accurate height detection, ensuring your air suspension adjusts appropriately for varying conditions. These sensors are built to withstand harsh environmental conditions, including road debris, water, salt, and extreme temperatures. Key features include accurate height detection, plug-and-play installation, and durable components. The specifications of the RH-4265 include a black color, black connector color, female connector gender, 6 connectors, oval connector shape, and 6 male terminals with pin type terminals. No mounting hardware is included, but the sensor is designed to be compatible with your vehicle's existing system.

Benefits and Applications

The Arnott RH-4265 Ride Height Sensors offer numerous benefits for both daily driving and performance applications. By maintaining proper ride height, these sensors enhance suspension performance, stability, and comfort. They also help prevent system damage by ensuring precise height adjustments, thereby prolonging the life of other suspension components. This cost-effective replacement solution is ideal for replacing damaged or worn-out sensors, protecting your air suspension investment. Whether you're a daily driver or a performance enthusiast, the RH-4265 is a reliable choice for ensuring your vehicle operates at its best in all driving conditions.