Tesla's Flying Roadster: Thrusters, Flips and 2028
Tesla unveiled a flying Roadster with SpaceX thrusters, 0-60 mph in 0.81 seconds and a 2028 production target. Here is what the stunt means for the EV industry.
Nine years after it was first announced, Tesla's second-generation Roadster finally made its real debut — and the company chose to do it by flying. On Thursday, October 15, 2026, at SpaceX's test site in McGregor, Texas, Elon Musk unveiled a redesigned Roadster that drove up a curved ramp while upside down, launched into the air on rocket-style thrusters, performed a mid-air roll over a row of parked Teslas, and landed back on its wheels. Production is targeted for 2028.
What Happened at McGregor
The demonstration was split into two headline stunts. In the first, the Roadster drove up a ramp that curled over until the car was fully inverted, held against the concrete by a fan-powered suction system rated at up to two g. It then ran off the end of the ramp, fired its cold-gas thrusters, flipped itself upright in mid-air and settled onto its wheels.
In the second — which chief designer Franz von Holzhausen reportedly called a "kickflip" — the car accelerated toward a line of other Tesla vehicles, lit its underside thrusters and rolled over them before landing. The car was unmanned throughout; Musk said this was because the company "didn't want to kill anyone." His verdict afterward, posted on X: "Turns out the future does have flying cars."
The Technology: Cold-Gas Thrusters and Suction
There are no wings, rotors or lift fans involved. The Roadster's party trick comes from two systems developed with SpaceX:
- Cold-gas thrusters. Up to ten nozzles fed by roughly 600 litres (about 250 kg) of compressed air stored in carbon-fibre-overwrapped pressure vessels — the same type SpaceX uses on its rockets. Tesla engineering chief Lars Moravy said the rear thrusters blast gas faster than the speed of sound and together produce more than 80 kilonewtons of thrust. Musk describes the propellant as a rechargeable, ultra-high-pressure air tank that needs no special fuel.
- Suction fans. A multimode underside fan system generating up to two g of downforce, which is what allowed the car to cling to the inverted ramp — and which Tesla says will also serve as an active-aero grip aid in normal driving.
Tesla's own summary on X was blunt: "Every usable void in the car is packed with Carbon Fiber Overwrapped Pressure Vessels. More compressed gas on board = more flight time."
The Numbers
Tesla's headline claims, all of which remain company-stated rather than independently verified:
- 0–60 mph in 0.81 seconds, shown in a separate recorded acceleration test.
- Top speed above 230 mph (over 370 km/h).
- Range around 300 miles (roughly 483 km) across all variants.
Three configurations are planned. The Performance is the road-going two-seater; the Thrust adds rear-mounted cold-gas thrusters; the Rocket is a single-seat, ten-thruster, invitation-only variant with the full flight system — and no realistic path to road legality. Reservation deposits listed on Tesla's site run $50,000 for the Performance and $250,000 for the Thrust, with final prices unannounced. The original 2017 reveal promised a $200,000 base price and 2020 deliveries; neither survived contact with reality.
The Regulatory Puzzle
A car that can hover 12 feet in the air and vault other vehicles raises an obvious question: who permits it? Analysts quoted in coverage of the event noted that FAA review of the airborne features could take at least a year, and that operating such a vehicle could plausibly require more than a driver's license. Tesla has not said how the flight system will be restricted in customer cars, and the Roadster was flown autonomously precisely to keep regulators — and occupants — out of the risk loop.
There is also a strategic subplot. Deepwater Asset Management's Gene Munster called the reveal "an engineering flex with no commercial value beyond embarrassing traditional car makers," and some observers read the Tesla–SpaceX hardware collaboration as fuel for Musk's musings about closer ties between his companies. The reveal also landed days before Tesla's third-quarter results, which analysts say matter far more to the stock than a halo car due in 2028.
Why It Still Matters
Strip away the barrel rolls and the Roadster is a statement about where Tesla sees itself. Musk said at the event that the Roadster will be the last Tesla model built to be driven by a human — everything after it, following the steering-wheel-free Cybercab template, is intended to be autonomous. Whether or not the thrusters ever reach a customer, the car is Tesla's argument that it can still out-engineer anyone when it chooses to.
For the wider industry, the reveal is a reminder of how much the halo-car game has changed. A decade ago, flagships proved themselves on Nürburgring lap times. Tesla just moved the contest to a dimension with no lap record at all.
FAQ
When can I actually buy the new Roadster?
Tesla is targeting production in 2028. Given that the car was first announced in 2017 with deliveries promised for 2020, some skepticism about the date is warranted. Reservations are open with deposits of $50,000 to $250,000 depending on variant.
Is the flying version road-legal?
No. Tesla has said nothing suggesting the Rocket variant will be certified for public roads, and regulators have not begun reviewing the airborne features. FAA review alone could take a year or more, and it remains unclear what license a driver would need.
How does a car fly on compressed air?
Cold-gas thrusters work like the attitude-control jets on spacecraft: high-pressure gas released through nozzles produces thrust with no combustion. The Roadster carries up to 600 litres of compressed air, enough for short hops and mid-air stabilization — not sustained flight.
Is the 0.81-second 0–60 mph time real?
It was shown in a recorded test at the event but has not been independently verified. If confirmed, it would make the Roadster the quickest-accelerating production-intent car ever demonstrated.