Continuous self-monitoring of two independent control units detects any system uncertainties that may arise, and forms the necessary redundancy and diversity in order to always stop the vehicle safely and reliably. ...
Continental presents its new fully automated Valet Parking function in a demo vehicle. The driver exits their vehicle at a transfer point and lets their vehicle park autonomously. The vehicle also returns to the d...
Reliable surrounding sensors are a fundamental requirement for driverless vehicles to travel safely and accident-free. Thanks to state-of-the-art hardware and software, the ...
Continental is developing solutions for driverless vehicles in urban areas. Contributing to modern mobility, robo-taxis provide a solution for congestion, accidents, contami...
The Cruising Chauffeur not only gives the driver a break, but also ensures safety if the driver is unable to take control of the wheel. If the person at the wheel fails to take over, the Cruising Chauffeur stops t...
Continental uses automated driving technology to provide vehicles with a “memory” for recurring parking procedures. With Trained Parking, presented as part of the New Mobility World at the IAA in Frankfurt, dr...
Different types of automated driving complement each other to create the seamless mobility of tomorrow. Cruising Chauffeur – Long drives on the highway become more relaxing. Automated Parking – Every parking space is mastered. S...
The environment model is a core component of automated driving. The High Resolution 3D Flash LIDAR surrounding sensor enables real-time 3D machine vision without mechanicall...
