Wheel Misalignment

The Vehicle Misalignment Detection virtual sensor continuously monitors and identifies asymmetries in the vehicle’s suspension setup in real time, utilizing existing onboard sensors. Misalignment can result from various factors, such as road impacts, uneven tire wear, suspension issues, or mechanical component failures.

By detecting these anomalies early, the system enhances vehicle stability and reduces the risk of loss of control or unintended deviation from the intended trajectory.

Additionally, it helps prevent uneven tire wear, prolonging tire life and minimizing the frequency of maintenance interventions.

This advanced technology can integrate seamlessly with other vehicle safety and control systems, optimizing overall efficiency and enhancing ride comfort for a safer and more reliable driving experience.

Predictive Tire Wear & Vehicle Efficiency Optimization

Thanks to the VMD output displayed on the HMI, the driver is always informed if the vehicle is operating under a configuration that abnormally increases tire wear.

Adaptive Speed
and Distance
Optimization

In cases where the VMD detects high asymmetry, the ACC system can adjust the speed, increase the safety distance, or be deactivated if necessary.

Active
steering
correction

When VMD asymmetry is detected, lateral dynamics actuators can be continuously modulated to ensure symmetric vehicle behavior, both during straight-line driving and cornering.

DAI Virtual Sensor Wheel Misalignment: Predictive Haptic Sense

To prevent vehicle misalignment, Easyrain’s Vehicle Misalignment Detection virtual sensors continuously monitors and identifies asymmetries in the vehicle’s suspension setup in real time, utilizing existing onboard sensors. Misalignment can result from various factors, such as road impacts, uneven tire wear, suspension issues, or mechanical component failures. This software-based vehicle safety system enhances vehicle stability and reduces the risk of loss of control or unintended deviation. For further research on vehicle safety, you can refer to NHTSA Vehicle Safety.

Key Features and Specifications of DAI Virtual Sensors to Prevent Vehicle Misalignment

Real-time Asymmetry Detection to Prevent Vehicle Misalignment

Continuously monitors and identifies asymmetries in the vehicle’s suspension setup using existing onboard sensors, helping to prevent vehicle misalignment.

Enhanced Vehicle Stability

Reduces the risk of loss of control or unintended deviation by detecting anomalies early.

Predictive Tire Wear & Vehicle Efficiency Optimization

Informs the driver via HMI if the vehicle configuration abnormally increases tire wear, prolonging tire life and minimizing maintenance.

Seamless Integration with Safety Systems

Integrates with other vehicle safety and control systems, optimizing overall efficiency and enhancing ride comfort.

Adaptive Speed and Distance Optimization

Adjusts ACC speed and safety distance or deactivates it when high asymmetry is detected.

Active Steering Correction

Continuously modulates lateral dynamics actuators to ensure symmetric vehicle behavior during straight-line driving and cornering.

Prevent Vehicle Misalignment

By detecting anomalies early, the system prevents vehicle misalignment, improving overall ADAS accuracy.

Reduce Tire Wear

Helps prevent uneven tire wear, prolonging tire life and minimizing the frequency of maintenance interventions.

Enhance Vehicle Safety and Efficiency with Real-time Wheel Misalignment Detection

For OEMs seeking advanced automotive safety solutions and innovative vehicle safety technology, Easyrain’s DAI Virtual Sensors Wheel Misalignment offers a groundbreaking approach to prevent vehicle misalignment. Leverage the power of virtual sensors automotive to significantly improve vehicle stability and efficiency. Contact us today to explore integration opportunities and learn how this technology can enhance the safety and performance of your vehicles.

Discover the benefits of real-time wheel misalignment detection without the need for additional hardware. Request more information on DAI Virtual Sensors Wheel Misalignment and how it can contribute to advancements in ADAS calibration and overall road safety innovations.