How to Turn Off Ford Mach- E Vehicle Inclination Sensors


To turn off the Ford vehicle inclination sensor on the Mach-E, press and hold the lock button on the key fob for 3 seconds. The alarm will sound for 3 seconds, then turn off. Please know that the inclination sensor will be turned off until the next time you turn on the car.

Vehicle inclination sensors are innovative sensors designed to detect changes in a vehicle’s inclination or tilt angle relative to the ground, for example, to raise your vehicle or tow it away. It helps protect your car against theft by utilizing various technologies such as MEMS (Micro-Electro-Mechanical Systems), gyroscopic sensors, optical sensors, and capacitive sensors to measure the inclination angles accurately.

In this article, I will take you through the workings of vehicle inclination sensors, explore the different types available, examine their applications, and highlight the numerous benefits they bring to the automotive industry. I’ll also explain some limitations to using this feature and possible solutions to such limitations.

My Experience with the Mach-E Vehicle Inclination Sensors

I once visited a friend in his country home. The sun had already set, but I still had to pick up a few gifts for his kids. So I stopped and parked at the next store I saw. The streetlight’s glow provided minimal visibility, and unbeknownst to me, a group of opportunistic car thieves were also on the prowl, looking for their next target. With the Mach-E’s sleek design and impressive reputation, it wasn’t surprising that it caught their attention.

As I returned to my car, to my horror, a group of individuals gathered around my Mach-E, clearly attempting to steal it. Panic and anger surged, but I knew I had to think quickly.

Just as I was about to call for help, a sudden sound pierced the air—the loud blaring of Mach-E’s alarm. The vehicle inclination sensors had detected the unauthorized attempt to move or tilt the vehicle, triggering the alarm system as a last line of defense. The thieves were caught off guard, scattering in different directions as the attention of bystanders and security personnel focused on them.

As the commotion subsided and the thieves were apprehended, I couldn’t help but feel an overwhelming sense of gratitude for the technology that had saved my beloved Mach-E from being stolen.

How to Turn On the Ford Vehicle Inclination Sensors

  • You can turn on the vehicle inclination sensor feature of your Mach E using these simple steps:
  • 1. Enter the vehicle and start the ignition.
  • 2. Locate the “Settings” icon on the infotainment display screen.
  • 3. Access the “Vehicle” category within the settings menu.
  • 4. Scroll to the “Alarm System” menu for customization settings.
  • 5. Click on the motion sensor to turn it on.
  • 6. Turn off the ignition.
  • 7. Lock the car via remote control or door handle. The alarm will be armed after 20 seconds.

How to Turn Off the Mach-E Vehicle Inclination Sensors

You can turn off the vehicle inclination sensor feature of your Mach E using these simple steps:

  • 1. Enter the vehicle and start the ignition.
  • 2. Locate the “Settings” icon on the infotainment display screen.
  • 3. Access the “Vehicle” category within the settings menu.
  • 4. Scroll to the “Alarm System” menu for customization settings.
  • 5. Click on the motion sensor to turn it off.

How Vehicle Inclination Sensors Work

Vehicle inclination sensors operate on the principle of detecting the angular movement of a vehicle with respect to the ground. They utilize various technologies such as MEMS (Micro-Electro-Mechanical Systems), gyroscopic, optical, and capacitive sensors to measure the inclination angles accurately. These sensors are strategically placed within the vehicle’s chassis and are integrated with safety systems like Electronic Stability Control (ESC) and Hill Descent Control (HDC) to ensure optimal performance.

Types of Vehicle Inclination Sensors

MEMS (Micro-Electro-Mechanical Systems) Sensors:

MEMS sensors are widely used in vehicle inclination systems due to their small size, low power consumption, and excellent sensitivity. They can measure even the slightest changes in inclination and are commonly found in modern vehicles.

Gyroscopic Inclination Sensors:

Gyroscopic sensors rely on the principles of angular momentum to detect vehicle tilt. They are known for their high accuracy and stability, making them ideal for applications that require precise measurements.

Optical Inclination Sensors:

Optical sensors use infrared or laser beams to measure vehicle inclination. Although they provide good accuracy, bad weather conditions like fog or heavy rain may impact them.

Capacitive Inclination Sensors:

When a vehicle tilts, capacitive sensors measure the resulting changes in capacitance. They are suitable for a wide range of inclination-sensing applications and are commonly used in tilt-based safety systems.

Applications of Vehicle Inclination Sensors

Electronic Stability Control (ESC) Systems:

Vehicle inclination sensors play a pivotal role in ESC systems by continuously monitoring the vehicle’s tilt and adjusting individual wheel braking to prevent skidding or loss of control during sudden maneuvers.

Hill Descent Control (HDC) Systems:

In off-road vehicles such as the Mach E Rally, HDC systems use inclination sensors to maintain a steady and controlled descent on steep slopes, ensuring safe navigation in challenging terrain.

Rollover Detection and Prevention:

Inclination sensors are crucial for detecting potential rollover situations, triggering timely interventions such as stability control adjustments, or deploying airbags to minimize the risk of serious accidents.

Parking Assistance and Leveling Systems:

Vehicle inclination sensors assist drivers during parking maneuvers by providing real-time feedback on the vehicle’s tilt, ensuring level parking, and reducing the likelihood of damage to the vehicle.

Off-Road Vehicle Applications:

For off-road enthusiasts, inclination sensors enhance the vehicle’s off-road performance by adapting the suspension and traction control systems to the changing terrain conditions.

Benefits of Vehicle Inclination Sensors

Protects the vehicle from theft.

The vehicle inclination sensor feature protects your car against theft as it can detect a change in the car’s inclination.

Enhanced Vehicle Safety and Stability:

By actively participating in critical safety systems, vehicle inclination sensors significantly reduce the risk of accidents and enhance overall vehicle stability.

Improved Off-Road Performance:

For adventure seekers, inclination sensors provide greater control and confidence when tackling challenging off-road terrain.

Precision Parking and Maneuvering:

Parking becomes a breeze with inclination sensors, ensuring accurate leveling and preventing mishaps while parking in tight spots.

Limitations and Possible Solutions to the Vehicle Inclination Sensor Feature

Despite their numerous benefits, vehicle inclination sensors do face some challenges. Environmental factors, such as extreme weather conditions, may affect their accuracy. Regular calibration and maintenance are necessary to maintain optimal sensor performance.

In the event of a car theft, if the car’s battery is removed, it automatically disables the function of the vehicle inclination sensor, as there will be no power to ensure that the feature remains functional. Therefore, ensure to enable the battery backup sounder on your car.

Ford Update on the Vehicle Inclination Sensor

Another major limitation to this feature in the Mach E is the inability of the feature to be turned off permanently as the car returns to the “full guard” setting, which is the default setting.

Nonetheless, Ford, through one of its community moderators, has come out to say that they are currently working on a fix that will be delivered by a power-up in the next software update. Though a timeline for the update was not stated, we believe the issue will be addressed.

Future Trends and Developments

Advancements in sensor technology are continuously improving the accuracy and reliability of vehicle inclination sensors. As the automotive industry embraces cutting-edge innovations, we can expect these sensors to be integrated with Vehicle-to-Everything (V2X) communication, further enhancing vehicle safety and performance.

Furthermore, Ford announced last year that they were teaming up with the ADT Security Monitoring company to increase car security by using a combination of cameras, sensors, and AIs to help monitor your vehicle.



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