●✅Vehicle Models Compatibility List - VIGOR front left car height level sensor compatible with 2012-2017 Audi A6, 2015-2016 A8 and 2013-2017 S6/S7/S8 car. ●✅OEM Reference Number - 4H0941285G, 4H0 941 285 G, GRA094, DE4H94125A. ●✅Easy To Install - It is easy to install this height leveling sensor of ours with the guidance of a professional installer. ●✅Excellent Performance - Leveled your vehicle maintain proper ride height while driving, which improves drive safety and stability. ●✅What You Get - 1pc Front Left Height Level Sensor and 1 year unlimited mileage warranty.
Description
Specification
Type: Ride Height Level Sensor
Location: Front Left
Reference OEM Number:
4H0941285G, 4H0 941 285 G
GRA094, DE4H94125A
Vehicle Fitment:
Compatible with 2012-2017 Audi A6
Compatible with 2015-2016 Audi A8
Compatible with 2013-2017 Audi S6
Compatible with 2013-2017 Audi S7
Compatible with 2013-2017 Audi S8
High Quality
Vigor car height sensors are made of ABS plastic and metal, which are more durable and have better load performance than regular height sensors, providing you with a better driving experience after replacement.
What Are Ride Height Level Sensors?
The ride height level sensors help to maintain the vehicles height correctly.
How Do Ride Height Level Sensors Work?
The sensor measures the distance between the road and certain points of the vehicle, and then sends a signal to the self-leveling module to activate the compressor to adjust the suspension settings.
Where Are Ride Height Level Sensors Located?
The ride height level sensors are installed on particular control arm or strut assembly.
WHAT CIRCUMST ANCES NEED TO REPLACE THE CAR HEIGHT LEVEL SENSOR?
Ride height level sensor can wear out and are vulnerable to damage from rode debris, accidens, water and intrusion.
When the sensor is detached from ECU or other components, it may cause the suspension to stick. A bad ride height level sensor makes the car dip.
You should replace a faulty ride height sensor at the earliest to prevent possible damage to the vehicles suspension mechanism.