Mercedes-Benz has secured approval for the testing of its Level 3 autonomous driving system on designated highways in Beijing, marking a significant milestone in the automaker’s commitment to advancing automated driving technology. The company aims to adhere to its ‘safety first’ principle throughout the testing phase.
Pioneering automated driving
Mercedes-Benz, a trailblazer in automated driving since 1986, has consistently pushed the boundaries of technological innovation. In December 2021, it received the world’s first internationally valid system approval for conditionally automated driving, known as DRIVE PILOT. The Level 3 system, now approved for testing in Beijing, allows drivers to engage in secondary activities while the vehicle handles certain driving functions.
Conditional automation license in Beijing
On December 16, Mercedes-Benz became one of the first automotive manufacturers to secure approval for Level 3 conditional automation testing on Beijing’s highways. This license enables the company to conduct extensive trials while prioritizing safety. Mercedes-Benz actively collaborates with local authorities to fine-tune its Level 3 systems for the Chinese market, ensuring a secure and reliable automated driving experience.
Robust safety measures
The Level 3 system, known as DRIVE PILOT, integrates redundant safety measures for enhanced reliability. Essential sensors, including LiDAR, advanced stereo cameras, and specialised microphones, contribute to comprehensive environmental perception. Redundant steering and braking systems, along with an onboard electrical system, provide manoeuvrability even in the event of a system failure, ensuring a safe transition to manual control.
Advantages for Customers
During conditionally automated driving, the activated DRIVE PILOT allows drivers to focus on secondary activities, such as communication or entertainment, while the vehicle manages driving tasks. This feature enhances the overall driving experience, and the DRIVE PILOT option is available in select models in Germany and the United States.
Global expertise for local adaptation
Mercedes-Benz, known for its global research and development prowess, collaborates with a local team in China to adapt its systems to local regulations and driving conditions. The company has been conducting proving ground tests of Level 3 systems in China since 2021, incorporating insights into local infrastructure, road signs, and traffic dynamics.
Tailoring to the Chinese market
Mercedes-Benz takes a meticulous approach to adapt its automated driving systems to China’s unique road infrastructure and traffic conditions. The local research and development team plays a pivotal role in ensuring seamless integration with China’s diverse driving scenarios, including special lanes and construction zones. Continuous testing and validation in China aim to optimize system performance.
Growing R&D capabilities in China
Over the past 18 years, Mercedes-Benz has steadily expanded its Research and Development capabilities in China. Establishing new R&D centres in Beijing and Shanghai and collaborating with local partners, including a long-standing partnership with Tsinghua University, reflect the company’s commitment to fostering innovation in the Chinese market. By the end of 2023, the China R&D team is expected to reach 2,000 members.
Future collaboration and innovation
Mercedes-Benz emphasizes ongoing collaboration with local authorities and a commitment to contributing to the development of intelligent connected vehicles in China. The automaker’s focus on innovation, safety, and adaptation to local conditions underlines its dedication to delivering cutting-edge technologies to Chinese customers.
Mercedes-Benz’s approval for Level 3 autonomous driving tests in Beijing underscores its commitment to advancing automated driving technology while prioritizing safety and adapting to local market dynamics. The company’s global expertise combined with its growing local capabilities positions it as a key player in the evolution of autonomous driving in China.