Tesla has unveiled a new prototype of its long-awaited Roadster electric sports car, demonstrating technology that allows the vehicle to briefly lift off the ground and perform mid-air manoeuvres.
The demonstration took place on October 15, 2026, at a SpaceX testing facility in McGregor, Texas, where Tesla chief executive Elon Musk presented the redesigned vehicle alongside technology developed in collaboration with SpaceX.
During the showcase, the Roadster used a combination of an underbody suction system and rocket-style thrusters to perform a series of unusual stunts. The prototype drove upside down along a curved ramp, briefly left the ground, rotated in the air and returned to the surface.
The vehicle was also demonstrated jumping over other vehicles, highlighting the unconventional technology Tesla is developing for its next-generation electric sports car.
Although the demonstration attracted attention for its flying-car-like capabilities, the prototype is not an aircraft. Its brief airborne movements rely on specialised thrusters rather than sustained flight.
The new Roadster incorporates technology developed with SpaceX, Musk's aerospace company. The rocket-inspired system uses high-pressure gas to generate thrust, potentially improving acceleration and enabling the vehicle to perform brief airborne manoeuvres.
Tesla has also showcased an underbody suction system designed to help the car maintain grip while travelling along unusual surfaces, including the inverted ramp used during the demonstration.
The company has made ambitious performance claims for the Roadster, including acceleration from zero to 60 miles per hour in less than one second. However, these figures have not yet been independently established across production vehicles.
The technology raises questions about how the rocket-assisted features would work in everyday driving, including safety, maintenance and regulatory approval.
Musk said Tesla is targeting production of the new Roadster in 2028, reviving a project that has experienced repeated delays since the company first unveiled its next-generation concept in 2017.
The latest demonstration is intended to show how far development has progressed, but the production timeline remains a target rather than a confirmed delivery date.
The company has also indicated that versions equipped with the most advanced rocket-assisted capabilities may face restrictions on public roads. The availability of those features in customer vehicles remains an important question.
The Roadster represents Tesla's attempt to push the boundaries of electric-car performance beyond conventional acceleration, range and handling.
If the technology reaches production, it could introduce new engineering possibilities for high-performance vehicles. However, the practical value of brief flight-like manoeuvres for everyday motorists remains uncertain.
For now, the Roadster is a technology showcase rather than a commercially available flying car. Its eventual impact will depend on whether Tesla can deliver the promised performance in a safe, reliable and legally compliant production vehicle.