The Tesla Roadster is no longer just the quickest electric sports car ever promised — it is the closest thing to a real flying car that a major automaker has ever demonstrated. On October 15, 2026, at a SpaceX test facility in Texas, Elon Musk finally unveiled the next-generation Roadster, and it did not just sit on a stage. The car drove upside down along a curved ramp, launched into the air using cold-gas thrusters, flipped, and landed back on its wheels. Musk's on-stage reaction was famously understated: “Well, it worked.”
Nearly nine years after the Roadster was first teased in 2017, Tesla has finally answered the question people have been asking all along: how does a car fly? The answer combines two distinct technologies — a fan-based suction system that glues the car to any surface, and a set of SpaceX-derived cold-gas thrusters that push it through the air. Here is how both actually work.
How SpaceX Cold-Gas Thrusters Flip and Lift the Roadster
The most eye-catching trick — the mid-air flip — comes from a system Tesla developed alongside SpaceX. The Roadster is fitted with about ten cold-gas thrusters arranged around its perimeter. Unlike a rocket, they do not burn fuel. Instead, they release ordinary, highly pressurized air through small nozzles.
That compressed air is stored in two carbon-fiber-wrapped tanks known as COPVs — composite overwrapped pressure vessels — the same kind of hardware used on SpaceX's Falcon 9 rocket. The tanks hold roughly 600 litres, or about 250 kilograms, of air at pressures up to 10,000 psi. When a valve opens, the air rushes through a nozzle that narrows to a throat and then flares out. At the throat, the airflow reaches the speed of sound and accelerates out the back, producing thrust.
This is Newton's third law in action: air pushed backward pushes the car forward. Rear-facing thrusters add forward acceleration without asking the tires to grip any harder, while side- and downward-facing thrusters let the car rotate in mid-air. According to Tesla, the thruster system generates four to five times the force the tires can produce on their own.
The catch is that the thrusters burn through air quickly. Tesla's engineers have said the thrusters last only seconds before the tanks need to be refilled — which is why the demonstration was a short burst of flight and a flip, not a cross-town commute.
The Fan Suction System That Lets It Drive Upside Down
Before the Roadster flew, it did something arguably stranger: it drove upside down on the underside of a curved ramp. That trick does not use the thrusters at all. It relies on what Tesla calls a “multi-mode fan and ground sealing system” built into the underside of the car.
Here is how it works: powerful fans pull air out from beneath the vehicle, creating a low-pressure zone between the car and the road. Normal atmospheric pressure above the car then pushes it down — effectively sucking the vehicle toward the surface. Musk said the system can generate up to 2 Gs of downforce, enough to hold the car against a ceiling while it drives inverted.
The idea is not new. In the 1970s, race teams experimented with so-called “fan cars,” such as the Brabham BT46B and the Chaparral 2J, which used similar suction to generate enormous cornering grip before they were banned. Tesla's version is far more advanced: engineering vice president Lars Moravy said the system can switch between high-downforce and low-drag modes, changing how it behaves as speed increases.
Inside the Numbers: Power, Range and Acceleration
Beneath the flying tricks, the Roadster is still a seriously quick electric car. Tesla says it packs a 200 kWh battery — roughly double the capacity of a typical EV — good for about 620 miles (1,000 km) of range. Three electric motors deliver more than 1,340 horsepower.
Acceleration depends on which version you choose. The base Performance model sprints from 0-60 mph in about 1.9 seconds. The Thrust trim, which adds the cold-air thrusters, cuts that to roughly 0.8 seconds. The limited-production Rocket version is claimed to reach 60 mph in under a second, with Tesla citing a 0.59-second figure. Tesla also cites a top speed above 400 km/h (about 250 mph), and claims the battery can recharge from 15% to 85% in roughly 10 minutes.
From 2017 Concept to 2028 Production: A Long Road
Tesla first showed the next-generation Roadster in November 2017, promising a 1.9-second 0-60 mph time and 620 miles of range. The car was repeatedly delayed, spending years in limbo while Tesla focused on the Model 3, Model Y and Cybertruck.
The long-awaited reveal was originally scheduled for October 1, 2026 in Waco, Texas, then slipped to October 15. When it finally happened at a SpaceX facility, Tesla demonstrated the upside-down driving and the mid-air flip, and Musk declared that “flying cars are real.” Tesla now targets 2028 for the start of production.
Three Trims: Performance, Thrust and Rocket
Tesla is taking reservations for the Roadster in three tiers. The Performance trim requires a $50,000 deposit — $5,000 by card, with the remaining $45,000 due within ten days. The Thrust trim, which includes the cold-air thruster system, needs a $250,000 deposit. The top-tier Rocket version, with the full flying capability and the sub-0.6-second sprint, is invite-only and limited production.
What the Flying Roadster Is — and Isn't
It is worth being precise about what “flying” means here. The Roadster cannot take off from a standstill and fly across town like something out of a movie. Its thrusters produce short bursts — enough to flip the car in the air or leap briefly off the ground — before the compressed-air tanks run dry. As industry observers have noted, it is a demonstration of rocket technology in a road car, not a replacement for aircraft.
Still, it is a genuine engineering milestone: a production-intent road car that used SpaceX hardware to drive upside down, flip, and land itself. Tesla shares rose nearly 5% in premarket trading the morning after the reveal.
What's Next for the Roadster
With production targeted for 2028, Tesla has time to work through the harder questions — how quickly the thrusters can be refilled, how they will be serviced, and how regulators will treat a car that can briefly leave the ground. For now, the Roadster has answered the biggest question of all: it worked.
The Bottom Line: Key Points to Remember
- The next-generation Tesla Roadster was unveiled on October 15, 2026 at a SpaceX facility in Texas.
- It uses about ten cold-gas thrusters fed by compressed air (roughly 250 kg stored at up to 10,000 psi in carbon-fiber COPV tanks), the same technology as SpaceX's Falcon 9.
- A fan-based suction system on the underside generates up to 2 Gs of downforce, letting the car drive upside down.
- Specs include a 200 kWh battery, about 620 miles of range, more than 1,340 hp, and a 0-60 mph time as low as 0.59 seconds in the Rocket trim.
- Three trims are offered — Performance ($50,000 deposit), Thrust ($250,000 deposit) and invite-only Rocket — with production planned for 2028.
