Robotaxi Chaos: From Wuhan to San Francisco, Autonomous Vehicles Face Major Setbacks

On March 31, over a hundred of Baidu’s Apollo Go robotaxis simultaneously froze across Wuhan’s streets, stranding passengers for hours and causing widespread disruption. This incident highlighted the vulnerabilities of autonomous vehicle technology when deployed at scale.

Meanwhile, in the U.S., autonomous vehicles have been involved in multiple crashes and operational failures, including driving into streetlights, active crime scenes, and blocking emergency vehicles. These events have intensified calls for regulation and raised questions about the readiness of robotaxi fleets for public roads.

Wuhan’s Robotaxi Freeze: A Glimpse into Autonomous Tech’s Fragility

On a single day in Wuhan, Baidu’s fleet of over 100 Apollo Go robotaxis stalled simultaneously, trapping passengers on overpasses and elevated roads for up to two hours. This unprecedented freeze exposed the risks of large-scale autonomous vehicle deployment without robust fail-safes.

In response, Beijing imposed a nationwide suspension on new autonomous driving permits, halting fleet expansions and new tests. This regulatory pause underscores the challenges governments face in balancing innovation with public safety.

U.S. Robotaxi Mishaps: Crashes, Door Failures, and Crime Scene Confusion

Across the U.S., autonomous vehicles have encountered a series of troubling incidents. Tesla’s robotaxis in Austin crashed into fixed objects multiple times within a month, while Waymo’s vehicles have struggled with basic functions like closing doors, resorting to hiring delivery workers to assist passengers.

More alarmingly, robotaxis have driven into active crime scenes, blocked ambulances during emergencies, and even dragged pedestrians, raising serious safety concerns. These failures have led companies like Waymo to suspend services in protest-affected areas, yet federal oversight remains absent.

San Francisco Blackout: Robotaxis Gridlock Emergency Response

In December, a major power outage in San Francisco caused traffic signals to fail, resulting in Waymo’s fleet of up to 1,000 robotaxis blocking roads and impeding emergency vehicles. Public safety officials were forced to manually move the vehicles, a situation described as untenable by city emergency management leaders.

"Our public safety officers and responders are having to be the ones to physically move these robotaxis, which we do not think is tenable.",—Mary Ellen Carroll, San Francisco Department of Emergency Management Executive Director

Although Waymo has issued software updates to address these issues, the lack of federal regulation leaves many questions unanswered about the future safety and management of autonomous fleets.

Regulatory Stalemate and the Push to Reduce Driving

The U.S. still lacks a federal autonomous vehicle safety law. The proposed SELF DRIVE Act of 2026 aims to establish the first comprehensive statute but remains in draft form, with previous versions failing to pass Congress.

Meanwhile, several states are advancing legislation to reduce vehicle miles traveled, redirecting funds from highway expansion to public transit. This movement reflects growing concerns that autonomous vehicles could increase total driving, exacerbating congestion and emissions.

• California, Minnesota, Colorado, and Oregon require agencies to mitigate vehicle miles traveled.
• Colorado redirected $900 million from highway projects to bus rapid transit.
• Maryland, New York, New Jersey, and Massachusetts are considering similar laws in 2026.

Looking Ahead: Can Robotaxis Become Safer and More Sustainable?

Despite setbacks, industry leaders remain optimistic. Tony Han, CEO of Chinese robotaxi startup WeRide, predicts that autonomous vehicles will never be perfectly safe but could become ten times safer than human drivers within a decade.

As robotaxi technology evolves, the balance between innovation, safety, and regulation will be critical. Upcoming forums like the Fortune 500 Innovation Forum aim to bring together policymakers and industry leaders to shape the future of autonomous transportation and its role in the economy.