On September 3, in Austin, Texas, Tesla officially unveiled its flagship autonomous transportation project — the Cybercab. On the same day, the Robotaxi service became available to the public, with two-seater electric vehicles without steering wheels or pedals beginning to transport passengers in certain areas of the city. This event marks the transition from test scenarios to real commercial operation of self-produced robotaxis.
The event, announced several weeks in advance, served as the official launch of the model. Tesla's AI division head, Ashok Elluswamy, confirmed that the service is now open to everyone. The system automatically dispatches vehicles based on demand and passenger volume, though the option to choose a Cybercab over a Model Y is not yet available. The company intends to implement dynamic pricing, but specific rates have remained under wraps — likely to allow flexible adaptation to market conditions during the initial phase.
Scale of the launch and production plans
According to local authorities, at the time of launch Tesla had registered 420 autonomous vehicles in Texas, of which 45 were Cybercabs. For comparison, competitor Waymo has a fleet of 988 vehicles in the state, highlighting the aggressive but still modest scale of Tesla's ambitions. Production of the model began in April 2026, with its debut taking place back in October 2024. The Cybercab's design is unique: gull-wing doors, wireless charging, and a complete absence of manual controls.
Elon Musk has repeatedly stated that the Cybercab will become the most mass-produced model in the company's history and the foundation of a global robotaxi network. At the 2024 presentation, he cited a target price below $30,000, but at the current launch the price for end customers was never announced — leaving room for adjustments depending on production costs and demand.
New business model and regulatory attention
Simultaneously with the launch, Tesla opened a form for third-party operators interested in purchasing individual Cybercabs or entire fleets for commercial use. This signals a strategic shift: the company is ready to scale the network not only through its own efforts but also through partners, which could accelerate expansion. The terms of such deals have not yet been disclosed, but it is clear that Tesla views the franchise model as a key growth driver.
However, rapid progress has not gone unnoticed by regulators. As early as September 4, the U.S. National Highway Traffic Safety Administration (NHTSA) initiated a review of approximately 1,000 Cybercabs. The key question is on what basis Tesla deemed the model compliant with federal safety standards, given the absence of fixed steering wheels, pedals, and mirrors. Federal rules restrict the commercial sale of such vehicles, although no quantitative limits are set for testing purposes.
It is worth noting that in California, Tesla still lacks permits for both commercial operation and testing of fully autonomous vehicles without a safety driver. This creates legal uncertainty for future expansion into other states. It should be recalled that the first Robotaxi trips based on the Model Y began in Austin back in June 2025 with limited access and a supervisor present in the cabin, and by December the company had moved to tests without one.
My analysis: The Cybercab launch in Austin is a bold step that outpaces competitors in design but places Tesla in a vulnerable position with regulators. The absence of clear tariffs and purchase prices for the vehicles suggests the company is still gauging the market itself. The key risk is the NHTSA review: if the regulator finds non-compliance, it could stall not only the Texas project but also plans for a global network. However, attracting third-party operators is a smart move that will allow Tesla to scale without colossal capital expenditures, shifting some of the risks onto partners.