Tesla to Use Remote Teleoperation for Robotaxis Amid Safety Concerns, Faces Limitations
Tesla plans to launch its robotaxi service in Austin, Texas, with around 10 Model Y SUVs operating under strict safety limits. The vehicles will be remotely monitored by humans through teleoperation, a technology allowing operators to control cars from a distance via wireless networks. Tesla CEO Elon Musk emphasized a cautious approach, with humans ready to take control in challenging situations, such as navigating crowded areas or confusing traffic scenarios.
Teleoperation in the robotaxi industry varies. For example, Waymo’s vehicles mostly operate autonomously but can consult human “fleet response” agents for help when uncertain. Baidu’s Apollo Go offers fully remote backup drivers who can take over virtually. Tesla’s model leans toward remote control intervention, supported by recent job ads seeking teleoperation personnel capable of managing vehicles and robots remotely.
However, teleoperation has key limitations. It depends on stable cellular connections, which can lag or drop, creating safety risks if vehicles lose contact with operators during critical moments. Experts warn that while teleoperation might be feasible for a small test fleet like Tesla’s, it becomes unreliable at scale. Additionally, one operator can only monitor a limited number of vehicles effectively.
Tesla’s robotaxis will initially operate only in safe, limited parts of Austin, avoiding complex intersections. The company’s Full Self-Driving software will provide autonomous control, with teleoperators acting as a safety backup. Some Texas lawmakers have urged Tesla to postpone the launch until new autonomous driving laws take effect in September to ensure public safety and trust.