In the long arc of human ambition, there are machines built to move people and machines built to move minds — and occasionally, one attempts both at once. On a Thursday evening in Texas, Tesla unveiled a second-generation Roadster that borrows thruster technology from SpaceX to lift, rotate, and accelerate beyond what roads have ever been asked to accommodate. Nine years after its first promise, the car arrives not quite as a product but as a provocation — a question about what transportation can mean when engineering outpaces regulation, and spectacle outpaces certainty.
Tesla unveils Roadster with SpaceX thrusters, targets 2028 production
A car that flies is still a car, or something else entirely
Mark
So Tesla showed off a car that flies. How much of this is real engineering and how much is theater?
Mimi
Both, actually. The thrusters are real—ten of them, powered by 600 liters of compressed air. Musk and his team demonstrated aerial maneuvers at the event. That's not CGI. But whether those thrusters will ever be legal to use on public roads is an entirely different question.
Luke
Right. And that's the gap nobody's addressing. The specs are impressive—under one second to sixty, over 230 miles per hour. But those numbers assume you can actually use the thrusters. On a public road, in traffic, with other people around? That's not happening.
Mark
So it's a halo car, then. Something to make Tesla look good but not something people will actually buy.
Mimi
That's what the analysts are saying. Morningstar expects around 2,000 units a year, which is tiny compared to Tesla's overall production. It's a statement piece.
Luke
But here's what I want to know: Has Tesla actually solved the manufacturing problem? They first showed this car in 2017. They promised delivery by 2020. Now it's 2026 and they're saying 2028. What's changed? Why should we believe this timeline?
Mark
And the pricing—they're taking $50,000 deposits for the Performance model, $250,000 for the Thrust version, but they haven't announced final prices. That's a lot of uncertainty to ask customers to live with.
Mimi
True. But the deposits do suggest there's demand. People are willing to put money down on the idea of this car, even without knowing the final cost.
Luke
Or they're betting on resale value. The Roadster has always been a collector's item. This might be less about actually driving it and more about owning a piece of Tesla mythology.
Mark
Does the thruster thing actually matter, then? Or is it just marketing?
Mimi
It matters as engineering. It proves Tesla can integrate SpaceX technology into a vehicle. But whether it matters as a product feature—something you'd use—that's still completely unknown.
Der Puls
- A car that lifts off the ground and rotates midair has arrived, and no one — not regulators, not legal scholars, not even Tesla — has fully reckoned with what that means for public roads.
- Three variants, deposits ranging from $50,000 to $250,000, and a 2028 production target create the outline of a product launch while leaving its most consequential details — final pricing, road legality, thruster usability — entirely unresolved.
- Years of broken deadlines haunt the unveiling: a 2017 promise of 2020 delivery became a 2028 target, and analysts are watching to see whether this date is a commitment or another chapter in a familiar pattern of deferral.
- Tesla is framing the Roadster less as a volume vehicle and more as a brand signal — a 'halo car' expected to sell roughly 2,000 units annually, designed to demonstrate engineering ambition as the company pivots toward robotaxis, AI, and humanoid robots.
In the long arc of human ambition, there are machines built to move people and machines built to move minds — and occasionally, one attempts both at once. On a Thursday evening in Texas, Tesla unveiled a second-generation Roadster that borrows thruster technology from SpaceX to lift, rotate, and accelerate beyond what roads have ever been asked to accommodate. Nine years after its first promise, the car arrives not quite as a product but as a provocation — a question about what transportation can mean when engineering outpaces regulation, and spectacle outpaces certainty.
On a Thursday evening in Texas, Elon Musk unveiled a car that does things cars are not supposed to do. The second-generation Tesla Roadster — nine years in the making — used compressed-air thrusters drawn from SpaceX engineering to lift off the ground, rotate midair, and accelerate from zero to sixty miles per hour in under one second. It was a statement of intent, even if the intent remains difficult to fully parse.
The Roadster comes in three configurations. The Performance variant is a conventional two-seater aimed at road use. The Thrust model is a single-seat vehicle with rear-mounted cold-gas thrusters, available only to invited buyers at a $250,000 deposit. A third variant, Rocket, completes the lineup. All three claim 300-mile range and top speeds above 230 mph. Ten thrusters draw from 600 liters of compressed air stored in carbon-fiber vessels — engineering that is real, if audacious. What remains unreal, at least legally, are the aerial maneuvers themselves: no regulatory framework yet exists to determine whether a car that flies is still a car, or something requiring a pilot's license and airspace clearance.
This unveiling closes a chapter that began in 2017, when Tesla promised Roadster deliveries by 2020. That deadline passed without a vehicle. Manufacturing pressures and Musk's own expanding vision — he once floated actual rocket thrusters — pushed the timeline forward repeatedly. Production is now targeted for 2028. That is a date, not a guarantee.
Analysts remain measured. Morningstar's Seth Goldstein described the Roadster as a 'halo car' — a vehicle designed to elevate the brand rather than drive volume — and expects annual sales of roughly 2,000 units. The deeper questions persist: whether it can be manufactured at scale, whether regulators will permit its more theatrical features on public roads, and whether those features will ever reach a paying customer at all.
The Roadster arrives as Tesla reorients itself around autonomous driving, artificial intelligence, and robotics — a company already launching driverless taxis and developing humanoid robots. In that context, the Roadster is less a car than a symbol: proof of what becomes possible when engineering ambition is given room to exceed the boundaries of the conventional. Whether that ambition lands on a road, or only on a stage, is still an open question.
On Thursday evening in Texas, Elon Musk stood before a livestreamed audience and unveiled a car that does things cars are not supposed to do. The second-generation Tesla Roadster, nine years in the making, lifted itself off the ground using compressed-air thrusters borrowed from SpaceX engineering. It rotated in midair. It accelerated from zero to sixty miles per hour in under one second. It was, by any measure, a statement of intent—though what that intent actually means for the road remains genuinely unclear.
The Roadster comes in three flavors. The Performance variant is a conventional two-seater, road-legal and production-ready. The Thrust model is a single-seat affair equipped with rear-mounted cold-gas thrusters and a full flight system, available only to invited buyers. A third configuration, Rocket, completes the lineup. All three claim a 300-mile range and top speeds exceeding 230 miles per hour. The Performance requires a $50,000 reservation deposit. The Thrust demands $250,000 just to hold your place in line. Tesla has not yet announced what you will actually pay when the time comes to buy.
The engineering is real, if audacious. Ten thrusters draw power from 600 liters of compressed air stored in carbon-fiber vessels. Tesla's engineering vice president Lars Moravy walked through the specifications at the event, grounding the spectacle in actual hardware. But specifications and road legality are not the same thing. The aerial maneuvers that made for compelling theater—the flipping, the hovering, the mid-air rotation—exist in a legal and regulatory void. No one has yet determined whether a car that flies is still a car, or whether it becomes something else entirely, something that requires a pilot's license and airspace clearance.
This unveiling closes a chapter that began in November 2017, when Tesla first showed the world a Roadster and promised deliveries by 2020. That deadline came and went. Manufacturing challenges, competing priorities, and Musk's own evolving vision for what the car could be—he floated the idea of actual rocket thrusters in 2018—pushed the timeline forward repeatedly. The company had once quoted a $200,000 base price. Now, with the thrusters and the compressed-air systems and the carbon-fiber pressure vessels, pricing remains a mystery. Production is targeted for 2028. That is a date, not a promise.
Analysts are cautious. Seth Goldstein at Morningstar called the Roadster a "halo car"—a vehicle designed not to sell in volume but to burnish the brand, to show what the company can do when it swings for the fences. He expects annual sales around 2,000 units, a rounding error in Tesla's total output. The real questions linger unresolved: Can this actually be manufactured at scale? Will regulators permit it on public roads? Are the thruster features anything more than a one-time demonstration, a piece of theater that will never translate into something a customer can actually use?
The Roadster arrives as Tesla pivots toward autonomous driving, artificial intelligence, and robotics. The company has already launched the Cybercab, a driverless taxi. It continues developing Optimus, a humanoid robot. The Roadster, in this context, is less a car than a symbol—proof of concept, engineering flex, a way of saying that Tesla thinks in categories beyond the conventional. Whether that thinking produces something you can drive, or something you can only watch, remains to be seen.
Bemerkenswerte Zitate
The Roadster is a halo car, a way for Tesla to demonstrate its engineering and design prowess— Seth Goldstein, Morningstar analyst
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