Musk demonstrates flying Tesla Roadster with aerial stunts, targets 2028 production

Elon Musk stood in Waco, Texas, on a Thursday night and watched his company's next-generation Roadster climb a towering curved ramp, flip upside down at the top, briefly leave the ground, and execute an aerial rotation before landing safely on all four wheels. "Well, it worked," he said. The video went viral within hours—a sleek electric sports car performing maneuvers that looked more like a stunt plane than a car, powered by systems borrowed from rocket engineering.

The demonstration was part of a livestreamed event designed to give customers their first real glimpse of the Roadster after years of waiting. Rather than unveiling conventional specifications—price, trim levels, delivery dates—Tesla centered the presentation on what the vehicle could do at the edge of physics. The car accelerated from zero to sixty miles per hour in less than a second. It flew over other Tesla models lined up below: the Model 3, Model Y, Cybertruck, Semi, and Cybercab. Tesla's vice president of engineering, Lars Moravy, called the aerial maneuver a "kick flip."

The engineering behind the stunt was unconventional. Beneath the Roadster sat a fan-based suction system supplied by SpaceX, designed to generate up to two Gs of downward force—enough to keep the car pressed against the surface during the inverted sections of the ramp. The vehicle also carried two ultra-high-pressure air tanks with a combined volume of 600 liters, holding approximately 250 kilograms of compressed air. This air was released through ten nozzles to create thrust. The system included attitude-control thrusters and main thrusters at the rear, giving the car what Musk described as "rocket-like maneuverability." Unlike propulsion systems that rely on specialized chemical propellants, the compressed-air setup could theoretically be recharged, allowing the vehicle to perform multiple sequences of stunts.

Musk was candid about what the Roadster was not designed to be. "It's not necessarily designed with safety as its primary consideration," he said, adding that the vehicle pushed the limits of driving excitement. He also suggested the car's capabilities extended beyond what was shown: it could perform rolls, he said, and "crazy gymnastics. Whatever you want, really."

What remained unclear was whether any of this would make it into the car customers would actually buy. Tesla announced that production was planned for 2028—a date that extends an already lengthy wait for people who have been anticipating the next-generation Roadster for years. The company disclosed no pricing, no final specifications, no trim levels, and no specific launch date. The stunts demonstrated at the event, Tesla acknowledged implicitly by remaining silent on the matter, do not establish that a production Roadster will be able to perform the same maneuvers in ordinary driving conditions. The gap between what was shown in Texas and what will eventually arrive in driveways remains vast and uncharted.