Tesla's "Flying" Roadster Jumps Over Trucks With SpaceX Thrusters

Nine years after first promising it, Tesla has finally unveiled the second-generation Roadster — and the car that Elon Musk put on stage Thursday night can literally fly. At a livestreamed event near Waco, Texas, the stark white two-seater drove upside down on a ramp, launched into the air on SpaceX cold-gas thrusters, twisted mid-flight, and landed back on the pavement before jumping clean over five Tesla vehicles parked in a row. "Well, it worked," Musk said. "Flying cars are real."

Second-generation Tesla Roadster prototype on display
The second-generation Tesla Roadster prototype, photographed on display. The production car unveiled on October 15, 2026, pairs the design with SpaceX-developed cold-gas thrusters. (File photo)

After nearly a decade of delays, the second-generation Roadster is back. Tesla first showed the car in November 2017, and the project has slipped repeatedly since, testing the patience of customers who put down as much as $50,000 in deposits. Thursday's event, held at a SpaceX test site near McGregor outside Waco, was Tesla's answer: a demonstration with more in common with a rocket test than a car launch.

The night began at 7:55 p.m. local time. To the sound of dramatic music and hissing machinery, the Roadster drove up a massive curved ramp on a mix of fans and thrusters, climbing until it was completely upside down — held to the ceiling by a multi-mode suction system. Then the thrusters took over, pushing the car off the ramp and spinning it through the air before it settled safely back on the ground.

The second act was arguably more audacious. Using its thrusters, the Roadster leapt over a Cybercab, a Cybertruck, a Tesla Semi, a Model Y and a Model 3 lined up on the pavement, twisting in the air as it cleared them. Tesla then showed the car's launch: zero to 60 miles per hour in about one second, according to the company's own demonstration timing — a figure Musk's team measured itself, not an independently certified record.

The Technology Behind the Stunts

The hardware is a genuine collaboration between the two companies Musk runs. Tesla vehicle engineering chief Lars Moravy said the demonstration car uses ten thrusters fed by a 600-liter compressed-air tank that can be refilled. The cold-gas thrusters, derived from SpaceX technology, work together with high-powered fans that pull air from beneath the car to create downforce — or, in the ramp sequence, to hold the vehicle against the ceiling.

Musk told the crowd the demonstration vehicle was controlled remotely "to make sure we don't kill anyone," and described the Roadster as the product of joint engineering between Tesla and SpaceX teams. He called it "better than any James Bond car," and teased that Tesla might one day attempt a jump over Snake River Canyon — an explicit nod to Evel Knievel's infamous 1974 steam-rocket attempt.

Three Versions, One Promise

Tesla did not just show a stunt car. The company published specifications for three versions of the Roadster, each carrying Tesla's own claimed performance figures.

The Performance version is the road-ready two-seater, with active aerodynamics and the fan suction system, and a claimed zero-to-60 time under 1.6 seconds. Tesla is taking $50,000 reservations for it.

The Thrust version adds rear-mounted cold-gas thrusters and claims a zero-to-60 run under 0.9 seconds. Reservations for that version require a $250,000 deposit, according to coverage of Tesla's post-event materials.

Then there is the Rocket version: a single-seat car with perimeter-mounted thrusters capable of forward and upward acceleration plus lateral rotation. Tesla claims it will do zero to 60 in under 0.59 seconds — and it is available by invitation only.

Tesla lists more than 300 miles of range for all three versions and a top speed above 230 miles per hour for the Rocket. Production, Musk said, is scheduled for 2028 — more than a decade after the car was first shown.

Why Tesla Needs This Now

The reveal gives Tesla a showpiece car after years of missed Roadster deadlines. But it arrives at a complicated moment for the company. Tesla has been shifting its public focus toward self-driving technology and robotics, and the event lands just days before third-quarter results that analysts say matter far more to investors than any halo car.

Still, the market noticed: Tesla shares were up about 5 percent in premarket trading on Friday, according to reports. And some observers noted a second storyline — the deepening collaboration between Tesla and SpaceX. Musk has explored the idea of merging the two companies he controls, discussing their growing overlap, and several watchers saw the joint engineering showcase as another signal of interest in that direction.

Tesla CEO Elon Musk
Tesla CEO Elon Musk hosted the October 15 reveal alongside Tesla design chief Franz von Holzhausen and engineering vice president Lars Moravy. (File photo: Wikimedia Commons)

What This Means

The Roadster reveal is less about a car Tesla expects to sell in volume than about what the company wants to be seen doing. A roadster that can stick to a ceiling and leap over a line of trucks does not solve Tesla's real challenges — vehicle affordability, competition from Chinese automakers, or the long-promised arrival of robotaxis. What it does is reassert Tesla's identity as the company that attempts the outrageous.

The numbers should be read with care. Sub-one-second zero-to-60 claims, suction driving, and aerial maneuvers are Tesla's own figures from a controlled, remotely operated demonstration. The production car, when it arrives, will face the ordinary constraints of safety regulations, insurance, and road legality — questions that remain entirely unanswered about a vehicle designed to generate lift.

There is also a genuine technical story here. Cold-gas thrusters are a well-understood aerospace technology, and packaging them alongside electric motors is an engineering feat regardless of how practical the result is. The fans-and-thruster system that holds a two-ton car to a ceiling is real downforce physics, inverted — the same principle that keeps race cars on the road at speed, pushed to an extreme.

A SpaceX Falcon 9 rocket launches from Cape Canaveral
A SpaceX Falcon 9 rocket launches from Cape Canaveral. The Roadster's thruster technology was developed jointly by Tesla and SpaceX engineers. (File photo)

What Happens Next

The calendar now belongs to the skeptics' checklist. Tesla says production starts in 2028, but the company has a long record of optimistic timelines, and Roadster customers have been waiting since 2017. The next hard data points will be far less theatrical: the company's third-quarter results, and whether the reservation books that opened after the event actually fill.

Watch, too, for regulatory attention. A street-legal car with rocket thrusters and a stated intent to "puff itself up" and perform maneuvers on demand will eventually have to answer questions from safety agencies — and from insurers. And the Musk-SpaceX merger chatter is unlikely to fade: a product built by both companies' engineers, unveiled at a SpaceX facility, keeps that speculation alive.

For now, the spectacle stands on its own. A car flew in Texas on Thursday night, twisted through the air, and landed on four wheels. "This will be the actual car that's on the roads," Musk told the crowd. The gap between that sentence and 2028 is where this story will be won or lost.



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