When you get used to enjoying your car, many times, you may be tempted to forget that no matter how good a vehicle is and how spectacularly its parts may work, it will still develop some issues as time passes. Your Land Rover can experience an HDC failure. There is no reason to worry if you experience this issue as long as you bring it to a certified Land Rover mechanic to repair this for you. Let’s take a closer look at HDC failures and how to recognize the signs.
The Function of the HDC in Your Land Rover
HDC is an acronym for the Hill Descent Control. This is a helpful system first introduced in the Land Rover Freelander. The HDC was created to improve the off-road capability of Land Rovers. It employed a spectacular traction control system in conjunction with the Anti-lock Braking System (ABS) that was installed into it. As a result, the Freelander was the very first vehicle to demonstrate the ability of the HDC to give a controlled and smooth descent via a mechanism that is very much like cruise control. The HDC propelled the Land Rover brand to the pinnacle of off-road vehicle prestige.
This innovative technology enabled the Anti-Lock Braking System (ABS) to manage the speed rate of each wheel and allow it to descend separate times in order to mitigate the consequences of sudden or reflex acceleration. The pace of wheels that were being impacted the most by unequal terrain and an imbalance in friction could be reduced to help control the overall descent of the vehicle. If a back wheel was slipping on slick terrain, the others would compensate. The HDC is referred to as a driver assistance program because it performs this function and others as described above.
Causes of HDC Failure in Your Land Rover
Various issues can develop in your vehicle, which can lead to other issues that may become more complex. Any of these could affect the function of the HDC in your Land Rover, as all the car parts are connected and function hand in hand.
Below are some reasons why your Land Rover may suffer an issue with the HDC:
- Faulty Battery: A problem with the battery may be one of the causes of an HDC failure. When the HDC system is turned on, it requires the full function of the If the HDC system does not receive enough charge or power to work with from the battery, it will notify you with a message of unavailability.
- Bad Connections or Electronic Issues: There may be other electronic issues affecting your HDC system in addition to problems with the battery, as mentioned above. If you notice any other components of your car acting strangely, such as flashing interior lights, failing or irregular headlights, or a faulty windshield, the alternator of your Land Rover may be malfunctioning.
- Software Issues: Bad wiring, blown fuses or even a full-blown problem or fault in the software and function of your Land Rover may also be to blame for an issue in the overall performance of the HDC in your vehicle. A certified and experienced technician, especially a specialist in the repair of Land Rover vehicles, will be able to diagnose whatever may be wrong in the setting of the electronics.
- Overheating: If you exceed 30 mph or the brake system or your Land Rover overheats, the HDC will be inoperable. This keeps you from trusting the HDC in a case where it could fail and even endanger you. You will only be able to activate your HDC system and use it in an off-road descent once the situation has improved, such as when you have reduced your pace or waited for the whole vehicle’s cooling system to largely reduce and regulate the temperature of the brakes.
European Motor Cars has over 30 years of experience servicing all European luxury vehicles. We are the best service center in all of Las Vegas for BMW, Mercedes, Audi, Rolls Royce, Volvo, Porsche and many other European makes and models. We will help you with all your auto service and repair needs! We are #1 service center for drivers in Summerlin, Spring Valley, and the surrounding communities of Las Vegas, NV, so call us today!
* Land Rover Discovery Car image credit goes to: Dmitrii Guldin.