Chinese technology company Baidu has announced plans to establish the world’s largest fully-autonomous ride-hailing service area in 2023 by expanding its operations in China.

Baidu most recently began offering driverless services in the cities of Chongqing and Wuhan through its Apollo Go platform in August 2022. The company now plans to further expand these areas to provide autonomous ride-hailing services to more people and create the world’s largest service area for fully driverless ride-hailing operations.

Baidu Autonomous
Baidu says it will continue to expand its operational area next year to build the world’s largest service area for fully driverless robotaxi service
Jingkai Chen, Baidu's autonomous driving technology expert said;

Backed by its solid AI technology, Baidu Apollo has created a safe, intelligent and efficient autonomous driving technology system, bringing robotaxi services from designated zones to open roads at scale. The general ability of Baidu's autonomous driving technology has progressed at a more advanced pace than expected. Now, the lead time to deploy autonomous driving technology in a new city is only 20 days.

Apollo Go currently covers more than 10 cities in China and has provided over 1.4 million rides this year.

In cities such as Beijing and Shanghai, each autonomous robotaxi can provide 15 rides a day on average, which is slightly below the daily ride average of standard ride-hailing service.

Tags

More News

Contact China: Baidu Plans to Establish World's Largest Autonomous Ride-Hailing Area

Use the form to get in touch with China: Baidu Plans to Establish World's Largest Autonomous Ride-Hailing Area directly to discuss any requirements you might have.










    We'd love to send you the latest news and information from the world of Future Transport-News. Please tick the box if you agree to receive them.

    For your peace of mind here is a link to our Privacy Policy.

    By submitting this form, you consent to allow Future Transport-News to store and process this information.