Tesla Begins Cybercab Mass Production at Giga Texas as Safety Record and Regulatory Path Remain Uncertain
Tesla begins Cybercab mass production at Giga Texas, targeting one unit every ten seconds, as its Austin robotaxi service logs 14 crashes and operates fewer than ten unsupervised vehicles.
Production Launch
Tesla has begun volume production of the Cybercab at Gigafactory Texas this month, following the first production unit rolling off the assembly line on February 17. The two-seat vehicle, which features butterfly doors, a 35 kWh battery offering roughly 200 miles of range, and inductive wireless charging, is designed from the ground up for autonomous operation with no steering wheel or pedals.
CEO Elon Musk has described the manufacturing process as “closer to a high-volume consumer electronics device than a car manufacturing line,” with a target cycle time of one unit every ten seconds. Tesla has stated a long-term annual capacity goal of two million Cybercabs once multiple factories reach full design capacity. The company is pricing the vehicle under $30,000.
Steering Wheel Variant
Alongside the fully autonomous model, Tesla plans to launch a Cybercab variant equipped with a steering wheel, pedals, and side mirrors in the second quarter of 2026. Musk has called this variant “necessary to achieve a smooth production ramp-up,” acknowledging that Federal Motor Vehicle Safety Standards were not designed for vehicles without manual controls. Obtaining NHTSA exemptions for a fully driverless vehicle at mass-production scale remains an unresolved regulatory challenge.
Austin Robotaxi Service Under Scrutiny
The production milestone comes as Tesla’s existing robotaxi service in Austin faces continued safety questions. Since its launch in June 2025, the service has been involved in 14 crashes reported to NHTSA, with five of the most recent incidents occurring in December 2025 and January 2026. Two earlier crashes in July and October 2025 resulted in minor injuries, while the remaining incidents caused only property damage. Federal regulators have also investigated reports of erratic driving behavior, including vehicles driving on the wrong side of the road and braking suddenly.
Despite these incidents, Tesla has continued to expand the service. The company recently extended the unsupervised robotaxi geofence in Austin to approximately 245 square miles, twelve times larger than the original 20-square-mile footprint at launch. However, the actual number of vehicles operating without in-car safety monitors remains in the single digits. According to Electrek, between four and eight Model Y vehicles are running unsupervised at any given time, out of a total Austin fleet of 37 to 42 vehicles. All unsupervised vehicles continue to operate under remote Tesla supervision.
Expansion Plans
Tesla has announced plans to bring its robotaxi service to seven additional U.S. cities in the first half of 2026, including Miami, Dallas, Houston, Phoenix, Orlando, Tampa, and Las Vegas. The company also operates a fleet of approximately 130 vehicles in the San Francisco Bay Area, though California regulations require a safety driver to be present in each vehicle.
Musk stated during Tesla’s Q4 2025 earnings call in January that the company intends to expand the service to half of all U.S. states by the end of the year. The pace of that expansion will depend on regulatory approvals in each market.
Competitive Landscape
Tesla’s approach to autonomous driving differs fundamentally from its chief competitor, Waymo, which relies on a combination of lidar, radar, and cameras and operates a company-owned fleet of purpose-built vehicles. Waymo was delivering roughly 500,000 paid rides per week across ten U.S. cities as of early 2026, operating fully driverless without safety monitors or chase vehicles.
Tesla’s camera-only system depends on neural network learning from fleet-wide driving data. Musk acknowledged in January 2026 that Tesla needs roughly ten billion miles of data for safe unsupervised operation at scale, a threshold the company projected reaching by mid-2026, followed by additional training and validation phases.
The Cybercab’s entry into production marks a tangible step in Tesla’s long-stated ambition to build a robotaxi network, but the gap between manufacturing capability and proven autonomous safety performance remains the central question facing the program.