Cybercab

The Cybercab is Tesla's purpose-built robotaxi: a two-seat electric car with no steering wheel and no pedals, designed to be hailed rather than owned. Tesla is aiming for a price below $30,000 once it builds them at volume, and paid rides began in Austin in September 2026.

What is the Cybercab?

The Cybercab drives entirely on Tesla's Full Self-Driving (FSD) software, the company's camera-based self-driving system. Tesla showed it in 2024 charging without a plug through inductive charging, which sends power wirelessly from a pad on the ground at what Tesla says is above 90 percent efficiency. The production cars charge through a hidden North American Charging Standard (NACS) port at Superchargers, and the wireless pad is a planned upgrade. Every earlier Tesla was a car a person could drive that could also moonlight as a robotaxi, but the Cybercab is the first one built only to be hailed.

Why the Cybercab Exists

Elon revealed the Cybercab on October 10, 2024, at the "We, Robot" event in Burbank, California, alongside a 20-passenger Robovan, and he framed it as the vehicle that turns self-driving from a feature into a whole fleet. The idea is older: at Tesla's April 2019 Autonomy Day, Elon announced plans for a robotaxi network, and a car designed for nothing else followed. The goal is to take out the driver, the steering wheel, the pedals, and the old assumption that a car is parked most of the day, so the cost of a ride can drop.

How it Works

The Cybercab is built with what Tesla calls an "unboxed" manufacturing process, where the body, interior, and powertrain get assembled as separate modules at the same time rather than one after another down one line, which cuts both cost and build time. The battery pack is estimated under 50 kilowatt-hours, with range reported close to 300 miles, sized on purpose for short trips around town rather than long hauls. The production car takes only direct-current fast charging, because it has no onboard charger for home outlets. In February 2026 Tesla got Federal Communications Commission (FCC) approval, including a waiver for outdoor ultra-wideband radios, a short-range positioning technology, for the system that will guide the car onto its wireless charging pad.

The Economics of the Cybercab

The whole argument comes down to cost per mile. In January 2026, Elon agreed with an ARK Invest projection that running costs could fall to roughly 20 cents a mile at scale by 2030. That figure covers the full cost of running the car rather than the fare a rider pays, and a lower running cost is what could pull fares down over time. For the business, the number that matters is units times price times miles, earned again and again by a fleet that keeps working while a private car would be parked. The sub-$30,000 target price and the unboxed process are both aimed at making those fleet numbers work for the owner.

Current Status of Cybercab

Tesla reports factory progress in stages, and the Cybercab climbed them one quarter at a time. Through the first half of 2025 the line at Gigafactory Texas in Austin read "Construction." By the end of 2025 it had moved up to "Tooling," the Q1 2026 shareholder update listed it at "Pilot Production," and production began in April 2026 on a line Tesla rates at more than 125,000 cars a year.

Tesla began offering Cybercab rides to employees on the Gigafactory Texas campus in July 2026, and public rides in Austin followed in early September, booked through the same app as the rest of Tesla's Robotaxi service. On September 3 the National Highway Traffic Safety Administration (NHTSA) opened an audit of how Tesla certified a car with no steering wheel or pedals as meeting federal safety standards. Tesla's July 2026 shareholder update named battery-pack capacity as the factor that sets how fast Tesla can build vehicles. By October 10, 2026, Tesla said more than 300 Cybercabs were serving Austin, 8 times the fleet of 30 days earlier.

What Comes Next

Tesla expects the Cybercab to start replacing the Model Y cars in its Robotaxi fleet and to become the highest-volume vehicle in that fleet over time. How fast that happens depends on how quickly Tesla scales battery-pack output, which sets the pace of production. It would move the company's center of gravity from selling electric cars toward running a self-driving network where the same car earns money mile after mile.

The Bottom Line

The Cybercab is a bet that the cheapest mile wins, and that owning the car, the software, and the factory process at once is how Tesla drives that mile's cost down. Paid rides in Austin since September 2026 put that bet in front of real riders, and the pace of the production ramp at Gigafactory Texas will set how fast it spreads.