Key Takeaways

• ZF’s AI Road Sense technology enhances vehicle dynamics by adjusting driving behavior in real time based on sensor data.
• The system offers three tiers—Standard, Advanced, and Premium—targeting different manufacturer needs and budgets.
• Its integration allows for seamless transitions between various driving conditions without driver intervention.

AI-Powered Vehicle Dynamics

German automotive supplier ZF is revolutionizing vehicle dynamics with its new AI Road Sense solution, which harnesses artificial intelligence to optimize a car’s performance in real time. By utilizing data from multiple sensors, the technology can adjust key driving parameters such as throttle response and braking, effectively enhancing safety and driving comfort.

Currently, modern cars, including electrically powered vehicles (EVs), incorporate numerous safety features. However, situations like slippery roads or deep snow often require manual adjustments. Many vehicles still provide a means to deactivate traction control systems, which can be beneficial in challenging conditions. ZF aims to eliminate the need for such interventions through its innovative AI solution.

Introduced at CES 2026 in Las Vegas, ZF’s AI Road Sense system is designed with flexibility in mind; manufacturers can choose from three variations based on their specific requirements and financial considerations. The Standard version employs basic CAN bus signals from wheel speed sensors to identify prevailing road conditions. For a more sophisticated approach, the Advanced version processes camera data to predict surface changes. At the highest level, the Premium version integrates lidar technology, scanning up to 82 feet (25 meters) ahead with precise accuracy, allowing for the creation of a detailed 3D model of the road.

The AI system analyzes these inputs using ZF’s proprietary cubiX chassis tuning software, which determines adjustments necessary for steering, damping, braking, and acceleration. Combining signals from cameras with traditional chassis dynamics, the technology can differentiate between varying snow depths, ensuring optimal vehicle performance in diverse conditions. In all-wheel-drive models, the system pre-locks differentials to efficiently distribute power, even in rough terrains.

One of the standout features of the AI Road Sense system is its ability to operate without requiring driver intervention. The system automatically responds to changing conditions—transitioning from a gravel road to a highway—ensuring a smooth driving experience without the need for the driver to manually switch settings or driving modes.

In summary, ZF’s AI Road Sense solution represents a significant advancement in automotive safety and performance, making driving more intuitive and manageable in challenging conditions. By employing cutting-edge technology to adapt vehicle dynamics seamlessly, ZF aims to set a new standard for vehicle operation.

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