WionDrive News Desk 
Leading sunroof supplier, Webasto, has developed a groundbreaking prototype Roof Sensor Module, ingeniously combining 14 camera and lidar sensors with sleek panoramic roof aesthetics to facilitate reliable 360-degree surroundings monitoring in autonomous vehicles. This innovative integration marks a significant step forward in the journey towards autonomous mobility.
Webasto’s Roof Sensor Module offers a coordinated technology set, with five lidar sensors capturing object distances and speeds, producing a 3D point cloud of the vehicle’s surroundings. Ten cameras recognize colors and objects, enabling assessment of traffic signals, signs, and lane markings. The Roof Sensor Module also employs stereo cameras for distance determination.
To ensure optimal sensor functionality, Webasto’s thermal management system maintains sensors within their operating temperature range. A sophisticated cleaning system tackles contamination from dust, mud, snow, or insects, and the de-icing function prevents ice formation on sensor covers during winter.
Webasto’s development involves a collaborative network of partnerships, leveraging the expertise of key suppliers such as Luminar Iris, Hesai, Innoviz, Bosch, dlhBowles, Canatu, Delta Electronics, and Covestro. By combining strengths, Webasto aims to provide reliable and scalable solutions to customers.
The versatility of Webasto’s prototype is evident in its adaptability. Automakers can tailor and assemble the desired technology set for their roof system. This groundbreaking innovation is already making waves, with Webasto’s Roof Sensor Module featuring in the Lotus Eletre electric SUV, demonstrating its real-world applicability.
Webasto will further showcase its sensor sets and innovative solutions, coupled with panoramic roof features, at the upcoming IAA Mobility exhibition in Munich, emphasizing its commitment to shaping the future of autonomous mobility.
With this remarkable integration of sensor technology into the vehicle’s highest point, Webasto paves the way for safer, more reliable, and aesthetically pleasing autonomous driving experiences.
