After more than a year of anticipation, Tesla launched Cybercab, a robotaxi with no steering wheel or pedals, on September 3, 2026. The company had been testing the Cybercab near its headquarters in Austin, Texas, for weeks, and the car is now available for service in specific geofenced areas of the city.
The launch was unusual for Tesla, as the invite-only event was not livestreamed, and it lacked the fanfare of a typical Tesla announcement. When the company first announced the Cybercab in 2024, for example, a prototype of the vehicle drove CEO Elon Musk through a movie set to the main stage, where he gave a lengthy presentation followed by a robot dance party. Musk was not present at the Cybercab launch event, and the 15-minute presentation from Tesla engineers was light on details about pricing and production targets.
What Is the Tesla Cybercab?
Cybercab is an autonomous electric vehicle Tesla designed for its robotaxi service. With no steering wheel or pedals, the two-seat car relies solely on cameras instead of the expensive radar and lidar sensors used by competitors. Tesla says that these cost savings, combined with the vehicle’s lightweight, energy-efficient design and new manufacturing efficiencies, will make the Cybercab the most affordable robotaxi on the market.
With this release, Cybercab becomes the second vehicle model in Tesla’s robotaxi program, which first rolled out in Austin in June 2025. The robotaxi service has since expanded to Dallas, Houston, Tampa and Miami, but Cybercab’s initial rollout is limited to 45 registered vehicles in Austin. The company also has permits to operate robotaxis in Arizona and Nevada, and Musk told investors in April that it will expand to “a dozen or so” states by the end of 2026.
Cybercab currently makes up a small fraction of Tesla’s robotaxi fleet, but Musk has said the company will eventually make “several times more Cybercabs per year than all our other vehicles combined” — anywhere from 2 million to 4 million vehicles per year. While Tesla’s robotaxi service trails its rival Waymo in production and logged miles, the company has argued that the Cybercab’s low cost and manufacturing efficiencies will allow it to quickly scale production in the near future.
Cybercab Technical Specifications and Vehicle Design
The Cybercab is a sleek, matte-gold coupe, featuring a sloped roofline, butterfly doors and oversized gold hubcaps that cover most of each tire. Tesla opted for a two-seat vehicle based on research showing 85 percent of ride-hailing trips are for one or two people.
Unlike other Tesla car models, the Cybercab is not designed around a human driver: there’s no steering wheel, pedals or side mirrors. There’s not even a rear windshield, let alone a rear-view mirror.
At roughly 3,113 pounds, the Cybercab will be powered by an electric motor that generates 219 horsepower and a lithium-ion battery that has an energy capacity of 48 kilowatt-hours, according to documents Tesla filed with the Environmental Protection Agency in May 2026. With its lightweight, aerodynamic design, the vehicle promises to be the most energy-efficient vehicle on the market, traveling 6.1 miles per kilowatt-hour. Musk has also said that the Cybercab will not need to be plugged in and would be charged wirelessly through induction.
Cybercab Manufacturing Process and Costs
The Cybercab wasn’t designed around energy-efficiency — its main focus is affordability, according to Tesla.
Musk said in October 2024 that the Cybercab could be purchased for less than $30,000, and that its operating costs could equate to 20 to 40 cents per mile, which he said would be cheaper than the unsubsidized cost of public transportation systems. The Cybercab is not available for purchase as of September 2026, but potential buyers can express their interest through an online form.
Cybercab is the first Tesla vehicle to be manufactured using its “unboxed” process, which Eric Early, the engineering lead of the Cybercab program, said is a “revolutionary” concept that will “take innovation in manufacturing to the next level.” This process cut the assembly line in half, Early said, while “increasing output substantially.”
Tesla has traditionally manufactured cars by moving a vehicle through an assembly line, during which time the vehicle is assembled, unassembled and reassembled. Under the “unboxed approach” Tesla would have different teams work on specific areas of the car at the same time, assembling the vehicle only one time at the end of the process. This would allow more people to work simultaneously on the vehicle, and it will make the manufacturing process easier to automate in the future.
“It means we’re doing more work on the car, more of the time,” Lars Moravy, the company’s vice president of vehicle engineering, told investors in 2023.
Tesla is also using a new process called Reaction Injection Molding (RIM) to manufacture the Cybercab’s exterior panels. The process mixes color into the polymer of the panels, reducing the time and expense of using a paint shop.
Cybercab’s Autonomous Technology
Unlike other autonomous vehicle manufacturers, Tesla has aimed to make a more affordable product by forgoing expensive radar and LiDAR sensors. Instead, Tesla leans more heavily on artificial intelligence, using AI-equipped cameras to act as the car’s eyes and ears. Then the company’s proprietary neural networks use this information to navigate the roadways, making split-second decisions about when to turn, brake or accelerate.
“We have always thought the core issue of self-driving is one of intelligence. You need to understand what is going on. You need to predict what is going to happen in the future. And no sensor on earth is going to tell you what’s going to happen in the future,” Ashok Elluswamy, Tesla’s head of AI, said at the launch announcement. “It is something an intelligent agent is going to have to figure out: what is going to happen in the future and [how to] act accordingly to achieve safety.”
While Tesla’s existing robotaxis are designed for autonomous navigation, the company has told legislators that remote operators can assume control of the vehicle when needed. Even then, though, the remote operators can only take control if all other intervention actions have been exhausted and the vehicle is traveling at less than 2 miles per hour.
Cybercab is also equipped with Starlink internet to support vehicle operations and passenger entertainment. Because riders won’t need to worry about driving, Tesla has touted the ability to stream television, movies and music on its 22-inch touchscreen. Passengers’ favorite media and climate settings are saved for future rides.
Cybercab’s Production Timeline
In 2024, Musk said the company expected to start production of the Cybercab in 2026, and that it aimed to produce 2 million Cybercabs per year. Tesla did, in fact, begin production in April 2026, touting an annual manufacturing capacity of more than 125,000 Cybercabs.
The company started testing the car on Austin roadways in June. Its robotaxi division registered 45 Cybercabs in Texas as of September 2026, but it has not provided specifics on the number of Cybercabs manufactured or a timeline for ramping production into the millions, as Musk once claimed.
Legal Constraints
For a vehicle to operate on public roads, it must conform to federal vehicle safety standards. Zoox, a competing robotaxi company that also does not have a steering wheel or driver’s pedals, received an exemption from these regulations in August 2026. Tesla has not received such an exemption and has self-certified that the vehicle is compliant with the safety standards. In response, the National Highway Traffic Safety Administration is now investigating whether Cybercabs are indeed compliant.
The agency did note that it’s in the process of overhauling its safety standards to remove “unnecessary barriers to [autonomous vehicle] innovation in the coming months.” Until those regulations are revised, however, the existing standards remain in force.
Tesla is also facing legal constraints on the state level. The company expects to deploy the Cybercab in Texas, Florida and other states with relatively lax autonomous vehicle regulations, but unlike Waymo, it does not have the necessary permits to test or operate a robotaxi without a driver in the front seat.
Cybercab vs. Its Competitors
The Cybercab — and Tesla’s robotaxi service in general — are facing steep competition from top tech companies like Google and Amazon. Here’s how they stack up.
Waymo
Tesla’s most significant robotaxi competitor is Google-owned Waymo, which has a substantial lead in the market. Waymo has nearly 4,000 robotaxis operating in 14 cities. Tesla has not disclosed the scale of its robotaxi fleet, but one tracker estimates it has less than 300 vehicles in Texas and Florida. Waymo has also driven 200 million miles unsupervised, whereas Tesla’s Cybercab has logged 1 million unsupervised miles as of the Cybercab launch event. However, Tesla argues that it will beat its competitors with cost and production efficiencies, as Cybercab does not require the expensive LiDAR and radar sensors used by Waymo.
Zoox
Zoox is an autonomous vehicle company founded in 2014 and acquired by Amazon in 2020. It develops autonomous vehicles that, like the Cybercab, lack a steering wheel and driver pedals. While the Cybercab is a sporty two-seat coupe, the box-like Zoox cars have room for four passengers. Like Waymo, Zoox cars use LiDAR, radar and cameras, whereas Cybercab uses only cameras.
Zoox did gain a leg up on the competition in July 2026, when the NHTSA granted the company the first commercial exemption for a robotaxi, allowing it to deploy up to 2,500 vehicles annually for two years. It now has about 100 vehicles in its fleet. The Bay Area-based company is offering free rides in San Francisco because it needs a permit to operate commercially, but it started charging customers in Las Vegas in August 2026.
Uber
Although Uber does not manufacture self-driving cars outright, it still poses direct competition to Tesla’s robotaxi service as a whole. The ride-hailing giant is pursuing a platform-based strategy, partnering with a growing roster of autonomous vehicle developers rather than building its own fleet from scratch. To date, Uber has struck deals with companies including Waymo, Wayve, Motional, Nuro, Pony.ai and Waabi, allowing riders to hail autonomous vehicles through the Uber app in cities all over the world. Lyft formed a similar partnership with Waymo as well, allowing riders to hail robotaxis in Nashville.
More importantly, though, Uber’s advantage lies in its massive global user base, ride-matching infrastructure and logistics network, which could make it the primary marketplace for robotaxi services regardless of who actually builds the vehicles. While Tesla is betting on a vertically integrated approach centered on its Cybercab and Full Self-Driving technology, Uber is positioning itself as the operating system for autonomous transportation, giving consumers access to robotaxis from numerous providers all in one place.
Frequently Asked Questions
How much will the Tesla Cybercab cost?
Tesla CEO Elon Musk said in 2024 that the Cybercab would cost less than $30,000. However, Tesla has not announced a final purchase price for the production vehicle, so the $30,000 figure remains a company target.
Does the Cybercab have a steering wheel or pedals?
No. The Cybercab was designed as a fully autonomous vehicle and does not have a steering wheel, accelerator pedal or brake pedal.
How does the Cybercab recharge?
The Cybercab uses inductive wireless charging, allowing the vehicle to recharge without someone physically plugging it into a charging cable. Tesla has emphasized the system as particularly useful for autonomous fleets because vehicles can recharge without requiring human intervention.
Why is the Cybercab limited to two passengers?
Tesla designed the Cybercab for two passengers because its analysis indicates most ride-hailing trips involve one or two people. A smaller cabin allows Tesla to reduce the vehicle’s size, weight, battery requirements and manufacturing costs while maximizing efficiency.
