Mercedes-Benz's new Drive Assist Pro revolutionizes urban driving with its advanced AI integration. This system links the updated CLA's advanced driver assistance systems (ADAS) with the car's MB.OS-powered navigation, utilizing sophisticated AI to navigate cities and manage driving tasks. "The more you drive it, the better it gets," says Löcher, emphasizing the system's ability to learn from traffic data and driving behaviors.
Drive Assist Pro employs a variety of sensors and cameras:
- 12 Ultrasonic Sensors
- Radar Units: Four corner-mounted and one midrange grille-mounted
- Cameras: Four side cameras, four surround-view cameras, along with telephoto and wide-angle cameras positioned on the windshield
This data powers the AI-driven intelligent drive controller, enhancing safety and learning efficiency. According to Georges Massing, the technology aims to reduce traffic jams and accidents while preparing for future Level 3 and Level 4 autonomy. Despite its capabilities, this system is rated Level 2++, meaning the car still requires driver supervision with light contact on the steering wheel.
One standout feature is "cooperative steering," which allows the driver to steer without deactivating the system, particularly useful in complex traffic situations. Although advancing, the system still requires refinement, as shown by recent tests that needed manual intervention.
Drive Assist Pro first debuts in China, where there is high demand for advanced vehicular technology, fueled by competitors like Nio and Xiaomi.
Expected in 2026, the U.S. release of Drive Assist Pro will incorporate Google Maps for optimized navigation. Löcher highlights the system's adaptability and safety, setting the stage for a seamless national rollout.
Summary: Mercedes-Benz's Drive Assist Pro bridges the gap towards autonomous driving with cutting-edge AI, leveraging extensive sensor data for improved urban navigation and safety. Initially launching in China and planned for the U.S. by 2026, this Level 2++ system is a pivotal step towards embracing future vehicle autonomy.
