Tesla Roadster flies, flips and hits 60 mph in a flash

I've watched plenty of car unveilings over the years, but Tesla's latest Roadster demonstration had me doing a double take. A sleek white sports car climbed a towering curved ramp until it was completely upside down. Then it launched into the air, flipped over and landed safely back on the pavement. And that was only part of the show. Tesla also demonstrated acceleration from zero to 60 mph in a claimed 0.81 seconds. After nearly nine years of waiting, finally showed the world what his redesigned Roadster can do. Now comes the bigger question. Will Tesla actually deliver it?

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FLYING SPORTS CAR HIDES ITS WINGS AS PRODUCTION GETS CLOSER

On Oct. 15, 2026, Tesla unveiled its redesigned Roadster at in McGregor, Texas. The event brought together engineers from both companies to demonstrate technology more commonly associated with spacecraft. During the demonstration, a Roadster prototype accelerated up a massive curved ramp. A powerful suction system helped keep the vehicle attached as it climbed upside down. Once it reached the top, compressed-gas thrusters propelled it into the air. The vehicle then rotated in midair and landed back on its wheels.

Tesla followed that stunt with another impressive maneuver. The Roadster lifted off the ground and flew over a lineup of Tesla vehicles, including a Cybercab, Cybertruck, Tesla Semi, Model Y and Model 3. Nobody was inside the Roadster during these high-risk demonstrations. Musk said Tesla used automated controls to avoid putting anyone in danger. Tesla shared footage of the event on its official X account. You can also watch the full Tesla Roadster unveiling on YouTube.

Here's where gets especially interesting. Tesla worked with SpaceX to develop a system that uses highly compressed gas to generate thrust. Unlike conventional rocket engines, these cold-gas thrusters don't burn fuel. Instead, they release pressurized gas through nozzles to push the vehicle in a particular direction. The Roadster also uses four powerful electric fans positioned near the rear of the car. They pull air from underneath the vehicle to create suction. That increases the force pressing the tires against the surface, helping the car maintain grip even while upside down. Tesla also uses a ground-sealing system to help maintain suction underneath the vehicle.

Meanwhile, the thrusters handle a very different job. Four rear-mounted nozzles provide extra forward acceleration. The most advanced Rocket configuration adds six more thrusters positioned around the vehicle to help control movement in the air. According to Tesla engineering executive Lars Moravy, the standard thruster setup uses a 200-liter high-pressure storage vessel behind the seats. The Rocket configuration adds another 400 liters of storage capacity, bringing the total to approximately 600 liters. That additional equipment takes up the passenger seat area.

There's also a practical limitation that gets lost in the excitement. According to Tesla engineering executive Lars Moravy, refilling the Rocket prototype's entire 600-liter high-pressure gas storage system currently takes appr