Tesla unveils flying Roadster with rocket thrusters, hits 0-60mph in 0.81 seconds

At SpaceX's sprawling test facility in McGregor, Texas, Elon Musk stood before an audience and made a promise that sounded like science fiction: a car that could fly, flip, and accelerate from zero to sixty miles per hour in 0.81 seconds. On October 16, 2026, Tesla unveiled the next generation Roadster, a two-seater electric sports car built in collaboration with SpaceX that marries rocket propulsion technology with ground-hugging aerodynamics in ways that have never been attempted in a production vehicle.

The car's performance envelope rests on two distinct systems working in concert. Ten thruster nozzles fed by two high-pressure air tanks—each storing 300 liters of compressed air for a combined 250 kilograms of pressurized gas—provide the propulsive force. The rear thrusters alone generate more than 80 kilonewtons of thrust, expelling air faster than the speed of sound. Beneath the chassis, a suction fan system creates downforce by pulling air underneath the car, pressing it toward the road with forces exceeding two gravitational units. This combination allows the Roadster to perform maneuvers that defy conventional automotive physics: it drove upside down along a track, flipped itself right-side up mid-air, and executed a full somersault over a Tesla Semi truck—a move the design team called the kickflip, borrowing terminology from skateboarding.

The acceleration run that followed the aerial demonstrations produced the headline figure: 0.81 seconds to reach 60 miles per hour. Musk had initially challenged his engineers to break the one-second barrier, then revised his target downward to "less than one second." When the timing system initially registered 0.17 seconds, Musk noted dryly that such acceleration would detach a human retina. The eventual result of 0.81 seconds fell short of his stated goal, but Musk indicated the production version would perform better still. Lars Moravy, Tesla's vice president of vehicle engineering, claimed the car would cover a half mile in the time other vehicles complete a quarter mile.

The technology draws directly from SpaceX's aerospace heritage. The car uses compressed air rather than rocket fuel, making it theoretically refillable anywhere with a compressor. The thrusters include attitude-control nozzles that allow the car to adjust its angle in flight, enabling rolls and what Musk described as "crazy gymnastics." The suction system operates in two modes: at low speeds, it pulls the car downward to provide traction; at higher speeds, it opens front and rear sections to create additional airflow beneath the chassis. An adjustable rear wing automatically changes angle based on calculated downforce requirements. The seats are molded directly into the chassis to minimize weight, and the car uses steer-by-wire controls with electronic brakes and throttle.

The design aesthetic borrows from the SR-71 aircraft, with chief designer Franz von Holzhausen explaining that the team deliberately looked to aerospace as they developed a car capable of flight. The Roadster's appearance had to accommodate the transforming aerodynamic systems rather than simply hide them. The rear diffuser houses the fans and thrusters, making the engineering visible rather than concealed.

Musk was explicit about the car's positioning within Tesla's future lineup. As the company moves toward autonomous vehicles, he said, this Roadster would be "the only manually driven car that Tesla makes." The decision to build a single manually operated model meant taking performance "to the limits and way past the limits." He also acknowledged the car might not be legal everywhere. "This will be an actual car that's on the roads," he said. "I'm not sure it's necessarily legal in all jurisdictions, but there will be such a car that someone can own." The rocket-assisted features are optional and won't be available in all markets. The UK version will be left-hand drive only.

The timeline for this car has stretched considerably. Tesla first showed a four-seater Roadster concept in November 2017 and promised deliveries would begin in 2020. Production is now targeted for 2028—nearly eleven years after that initial unveiling. Reservations require a $5,000 credit card payment followed by a $45,000 bank transfer, totaling $50,000, though this is a reservation fee, not the purchase price. Tesla has not announced the final price, battery capacity, range, or charging specifications. Top speed remains contested: Moravy said the car can exceed 230 miles per hour, but Musk suggested it should "crack halfway to the speed of sound," prompting Moravy to respond, "Challenge accepted, sir."

Musk ended the event by floating another idea: using the Roadster to attempt the Snake River Canyon jump, the stunt associated with Evel Knievel decades ago. He acknowledged uncertainty about whether it was possible, then said simply, "Let's give it another shot." The car, he concluded, represents a future where conventional limitations no longer apply. "Where we're going," he said, "you don't need tyres."