Tesla unveiled a redesigned Roadster at a SpaceX facility in Texas, demonstrating upside down driving on a bespoke ramp, short airborne manoeuvres and safe landings. The company showed a version of the car fitted with cold-gas thrusters developed with SpaceX and a multi-mode suction system.
Tesla shared footage and short messages on its social channels. Elon Musk posted a clip saying "Turns out the future does have flying cars." Tesla posted "Real life, baby" alongside the demonstration footage.
The vehicle used a ground-sealing fan system that Tesla described as drawing air from beneath the car to generate downforce, allowing it to stay pressed to the ramp while inverted. Cold-gas thrusters supplied bursts of thrust for lifting, rotation and brief stabilisation in the air, Tesla said.
Tesla presented three reservation tiers for prospective buyers, including a high-deposit variant described as a full-flight Rocket model and other versions labelled Performance and Thrust. Company statements claim the thruster system can generate several times the force tires provide, enabling rapid acceleration, though those performance claims await independent verification.
Market Reaction Regulation And Rivalry
Industry rivals and start-ups seized on the spectacle. Alef Aeronautics released footage of its flying car flying over a Tesla Roadster and welcomed Tesla into what it called the flying car race. Alef said it had logged its 1,000th flight and that its vehicles use distributed electric propulsion and a wing-forming body rather than compressed gas thrusters.
Alef described differences in approach. It said its design is lighter, uses air for liftoff and features a rotating cabin. The company said that lighter weight allows inclusion of a full-vehicle ballistic parachute. Alef also said it received an FAA Special Airworthiness Certification, making it the first flying car recognised by the US government, and that it has substantial pre-orders and commercial plans.
The two demonstrations highlight contrasting technical paths. Tesla emphasised a short-burst, thruster-assisted concept for dramatic manoeuvres, while Alef emphasised distributed electric propulsion enabling runway or short-field transition to flight and conventional driving on roads.
Both projects face major regulatory, safety and operational hurdles. Tesla has not published independently verified figures for maximum flight altitude, horizontal distance or sustained airborne range. Reporting indicates the Rocket full-flight variant is not approved for public-road use.
Industry observers say controlled demonstrations do not equate to routine airborne operation. Questions remain about certification, where airborne manoeuvres could lawfully occur, occupant safety during thruster use, failure responses, and how performance claims affect real-world range and handling.
