Over 100 Baidu Apollo Go robotaxis stalled in Wuhan, China, on Tuesday, trapping passengers in the middle of traffic due to a system malfunction. The incident, confirmed by local police, led to delays and raised questions about the safety and reliability of autonomous vehicles.
Immediate Action & Core Facts
Local authorities in Wuhan received multiple reports of Apollo Go vehicles stopping abruptly on busy roads. Police confirmed a system malfunction as the preliminary cause, though no injuries were reported. Passengers were stranded for up to two hours before exiting the vehicles, some after contacting customer service.
Deeper Dive & Context
Incident Details
Videos shared on social media showed stalled robotaxis obstructing traffic, with passengers attempting to contact Apollo Go’s customer service. One passenger reported seeing a message stating, 'Driving system malfunction. Staff are expected to arrive in 5 minutes.' After no assistance arrived, the passenger exited the vehicle independently.
Company and Regulatory Response
Baidu, which operates Apollo Go, did not immediately respond to requests for comment. The incident is still under investigation, with authorities working with Apollo Go staff to address the situation. This marks the first reported mass shutdown of robotaxis in China, following a similar incident involving Waymo vehicles in San Francisco last December.
Industry and Safety Concerns
The malfunction has reignited debates about the readiness of autonomous vehicles for widespread use. Apollo Go operates in several Chinese cities, including Wuhan, where it has the largest deployment of over 1,000 driverless taxis. The incident comes amid competition from other autonomous vehicle makers, including WeRide and Pony.AI, as well as Tesla’s ongoing development in the sector.
Passenger and Public Reactions
Social media users expressed frustration, with some questioning the reliability of the service. One user posted a video of unanswered calls to Apollo Go’s customer service, writing, 'Apollo Go, are you paralyzed?' The incident has prompted discussions about the need for improved safety protocols and emergency response systems in autonomous vehicles.