Tesla’s fleet of driverless robotaxis is now operating without a human behind the wheel across four cities, less than a year after the company launched the service in June 2025. But the gap between testing permits and paid commercial rides is tightening fast. As of May 28, 2026, Texas requires formal authorization for any company transporting passengers or property without a human driver, a rule that directly affects Tesla’s ability to scale beyond supervised test runs. California, where Tesla holds a testing permit, still distinguishes between testing with a safety driver and fully driverless deployment. The result: Tesla’s expansion faces a patchwork of state-level gates that will determine whether riders can actually hail these cars or whether the fleet stays locked in demonstration mode.
Why multi-state driverless operations hinge on commercial permits
Tesla’s own securities filing for the quarter ended March 31, 2026, states the company has “continued to expand and refine” its Robotaxi service since the June 2025 launch. In that quarterly report, Tesla describes dedicated infrastructure for cleaning, maintenance, charging, teleoperations, and fleet management, all signals of a company building toward commercial scale. Yet the regulatory picture tells a different story depending on the state.
In California, the DMV maintains separate categories for autonomous vehicle activity, including testing with a human driver, driverless testing, and full deployment. The agency’s permit listings show Tesla Robotaxi LLC as a holder of a “Testing with a Driver” authorization. Tesla does not appear in either the driverless testing or deployment categories, which means the company is currently authorized to operate its vehicles on California roads only with a trained safety operator present inside the car. That is a meaningful distinction: a testing permit does not grant the right to carry paying passengers without a driver.
Texas takes a different approach. The state’s automated vehicle program defines “Commercial Activity” as the transport of property or passengers “without a human driver.” Under SB 2807, any company conducting such activity on Texas roads must obtain a formal authorization and attest to compliance with safety, insurance, and data reporting rules. Those requirements became enforceable on May 28, 2026, creating a hard deadline for Tesla and any competitor seeking to run paid driverless rides in the state.
The practical effect is straightforward. Even if Tesla’s vehicles can technically drive themselves across multiple cities, the company cannot collect fares or operate at commercial scale in Texas without clearing the state’s new authorization process. In California, the path from “Testing with a Driver” to full deployment involves additional permit stages that Tesla has not yet completed, based on available DMV records. Taken together, the evidence supports the view that Tesla’s driverless operations will remain capped at testing or demonstration scale in key markets until commercial authorizations are granted.
What filings and permit records actually show
Three primary documents anchor the current picture. Tesla’s 10-Q for the first quarter of 2026 confirms that the Robotaxi service launched in June 2025 and has been expanding since. The filing outlines a business model centered on high-utilization vehicles managed through centralized infrastructure, with references to dedicated facilities for charging, cleaning, and maintenance. It also highlights teleoperations and fleet management systems designed to support fully autonomous service.
Equally notable is what the 10-Q does not contain. The document omits vehicle-miles traveled, disengagement rates, and detailed safety incident statistics for the robotaxi fleet. It also does not specify the four cities where driverless cars are currently operating. That absence leaves regulators, investors, and riders without quantitative benchmarks for safety performance or clear insight into the geographic footprint of the service.
California’s DMV site is the authoritative record for autonomous vehicle activity in that state. Its permit tables confirm that Tesla Robotaxi LLC holds only a testing permit with a safety driver. The same page directs users to the TIMS safety dashboard, a tool hosted by UC Berkeley that aggregates crash and incident data for autonomous vehicles operating on California roads. While TIMS can reveal patterns in reported collisions and other events, it does not disclose in real time which cities Tesla’s vehicles are serving or how many cars are active at any given moment.
In Texas, the Department of Motor Vehicles’ automated vehicle program page explains the attestation and compliance requirements under SB 2807. Companies must affirm that their vehicles meet state and federal standards, carry appropriate insurance, and maintain mechanisms for remote operation or intervention. As of the May 28, 2026 enforcement date, that public-facing page does not list any completed Tesla attestations or approvals. In other words, based on the state’s own records, Tesla has not yet publicly cleared the final regulatory hurdle needed to run a fully commercial, driverless ride-hailing service in Texas.
No primary source in the available record names all four cities where Tesla’s driverless cars are running, and no document confirms that each of those locations is currently offering paid passenger trips. The combination of limited corporate disclosure and high-level state reporting leaves key details about the scope and maturity of Tesla’s robotaxi business unresolved.
Open questions for riders and regulators
Several gaps in the public record shape what comes next. The 10-Q provides no quantitative safety data for the driverless fleet, leaving analysts and regulators to rely on state-level tools and incident databases rather than Tesla’s own disclosures. California’s DMV tables do not break out deployment by city, so there is no official count of how many vehicles are operating in any given metro area, with or without a human driver. And in Texas, the absence of a published Tesla authorization means the company’s commercial status there is unresolved on the very day enforcement begins.
For riders, the distinction between a testing fleet and a commercial service is not academic. A car operating under a testing permit may carry engineers, company employees, or selected participants in limited pilots, but in most states it cannot legally pick up paying passengers without additional clearance. That can translate into a confusing user experience: a city may see highly visible driverless cars circulating on public streets while ordinary residents remain unable to summon one through a consumer app.
For regulators, the lack of granular data complicates oversight. Without transparent metrics on miles driven, disengagements, and crash rates, it is difficult to evaluate whether a given robotaxi service is improving over time or simply expanding its footprint. State agencies must make permitting decisions based on partial information, balancing pressure to encourage innovation against their obligation to protect public safety.
The next development to watch is whether Tesla moves to upgrade its regulatory status in its two most consequential markets. In California, that would mean applying for driverless testing or full deployment authorization, a step that would allow the company to operate vehicles without a human in the driver’s seat and, eventually, to charge for rides. In Texas, Tesla will need to complete the state’s SB 2807 authorization process if it wants to convert its existing driverless operations into a fully commercial service.
Until those approvals are in place and publicly documented, Tesla’s robotaxi fleet will remain in a gray zone: technologically capable of operating without a human driver in at least four cities, but constrained by a regulatory framework that still draws sharp lines between testing and true commercial deployment. How quickly the company can close that gap-through additional disclosures, safety data, and formal permit upgrades-will determine whether its driverless cars become an everyday transportation option or stay confined to the role of high-profile demonstrations.
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*This article was researched with the help of AI, with human editors creating the final content.
