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Tesla has begun commercial robotaxi operations in Texas after self‑certifying its Cybercab fleet as SAE Level 4 under a new state law, producing vehicles at its Texas Gigafactory and planning dedicated operations hubs. But rollout issues are apparent: fleet size remains small compared with rivals, deployments are geofenced and limited by operational design domains, and early riders face hours‑long wait times. The move draws heightened scrutiny from regulators, local governments and critics as Tesla assumes increased liability for driverless service while consumer cars remain L2. The gap between ambitious marketing and strained on‑the‑ground service highlights challenges scaling robotaxi networks.
Long robotaxi wait times reveal operational limits that affect customer trust and market adoption. Tech teams must address dispatch, fleet scaling, and regional rollouts to make autonomous ride-hailing viable.
Dossier last updated: 2026-05-26 08:07:41
As robotaxi companies attempt to scale in the US, they face increasing scrutiny and mounting criticism from drivers, law enforcement, and local governments (Sean McLain/Wall Street Journal)
Texas enacted a law permitting SAE Level 4 commercial driverless services, and Tesla immediately self‑certified its FSD software for robotaxi operations as Level 4 the day the law took effect. The certification applies to Tesla’s commercial robotaxi fleet—primarily operating in Austin under geofenced, trained conditions—and not to consumer vehicles, which remain legally Level 2 and keep drivers liable. By self‑certifying, Tesla assumes significant operational liability for handling the entire dynamic driving task and required fallbacks within an Operational Design Domain (ODD), including remote assistance and constrained weather/region/speed limits. The move marks a regulatory and operational milestone for Tesla’s robotaxi program but does not change consumer‑vehicle responsibilities.
Sean McLain / Wall Street Journal : As robotaxi companies attempt to scale in the US, they face increasing scrutiny and mounting criticism from drivers, law enforcement, and local governments — As autonomous taxi services scale beyond Silicon Valley, new problems abound for cities — This was supposed to be the year …
Elon Musk posted video showing Tesla’s Cybercab autonomously driving out of its Texas Gigafactory, signaling imminent commercial deployment. Tesla AI head Ashok Elluswamy commented that Cybercab will soon operate in Austin, suggesting the city as the likely launch market. The clip shows multiple gold-painted autonomous taxis navigating factory exits and integrating with facility traffic without human intervention. Cybercab is being produced at the Texas plant, which already supports autonomous vehicle off-ramps for Model Y, and Tesla recently began mass production and parked large numbers awaiting shipment. Tesla says some units lack steering wheels while others retain them for regulatory compliance; Texas’ new AV rules and Tesla’s state-level certification (claiming SAE Level 4) smooth a path to service rollout.
Tesla immediately self-certified its robotaxi fleet as SAE Level 4 in Texas on the day a new state law permitting commercial driverless operations took effect. The company declared its FSD software capable of completing the full dynamic driving task and handling fallbacks within a defined operational design domain (geofenced areas, weather and speed limits), and will accept heightened operational liability for those commercial rides. The move applies only to robotaxis and not consumer vehicles, which remain legally Level 2; Tesla says robotaxi areas like Austin received extra FSD training and have remote assistance to improve performance. This marks the first time Tesla has been certified at Level 4 for commercial use.
Texas’s new commercial autonomous-vehicle law took effect May 28, 2026, and Tesla has self-certified its Robotaxi (Cybercab) as Level 4 under the state framework, enabling fully driverless public operations for its commercial fleet. The law (Senate Bill 2807) requires operators to register with TxDMV, self-attest compliance with traffic and federal safety rules, carry onboard data recorders, and enter a safe minimal-risk state on system failure. Bloomberg data show Tesla has 42 authorized AVs in Texas—far fewer than Waymo’s 577 and Avride’s 317—so Tesla’s local Robotaxi fleet remains much smaller. Tesla says the L4 certification applies only to commercial fleet vehicles and does not change consumer FSD’s L2 status.
Tesla is planning a dedicated operations and dispatch center in Irving, Texas to support its autonomous ride-hailing fleets, Cybercab and Robotaxi. The company proposes renovating a 35,000 sq ft commercial warehouse at 4203 Royal West Drive into a hub for parking, maintenance, cleaning, and fleet dispatch with 212 parking spaces and 16 V4 Superchargers; wireless charging is not included. The facility is tailored for high-utilization driverless vehicles and will centralize large-scale vehicle prep and upkeep for launch in the Dallas–Fort Worth area. The project has completed design but awaits local land-use approval and zoning changes; its approval could set a precedent for similar Tesla deployments nationwide. This matters because dedicated infrastructure is key to scaling autonomous ride-hailing operations.
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特斯拉推出机器人出租车服务，等待时间长达数小时
特斯拉推出机器人出租车服务，等待时间长达得克萨斯州那么大