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A day after Tesla showed the redesigned Roadster driving upside down and launching into the air at a SpaceX facility in McGregor, Texas, the clip is still generating buzz online. The Oct. 15 demonstration was more than a publicity stunt: it was the strongest signal yet that the long-delayed electric supercar is finally moving toward production, with a target now reportedly set for 2028.
The demo saw the car climb a tall curved ramp, keep moving along the structure while completely inverted, then separate from the ramp and glide through the air before touching down safely. Elon Musk shared the video on X with the dry caption: “Turns out the future does have flying cars.”
The key reason the Roadster can pull off something no ordinary car could is a set of cold-gas thrusters developed with SpaceX. These systems push pressurised gas out through nozzles, generating thrust without combustion. When combined with the car’s electric powertrain and specially tuned suspension, that thrust lets the vehicle control its orientation midair and perform movements that are impossible for a conventional road car.
The engineering partnership with SpaceX is not new. Musk has said for years that the Roadster would include “SpaceX option” parts, and Thursday’s performance appeared to be the first full public demonstration of that technology working as intended. The connection to SpaceX’s rocket work gives the Roadster a claim no other production-bound EV can match.
But before anyone imagines commuting in a thrust-assisted car, the legal landscape remains a huge obstacle. The Roadster’s demo happened under tightly controlled conditions, with no indication that the vehicle has approval for airborne use on public roads. In the U.S., cars are governed by NHTSA’s Federal Motor Vehicle Safety Standards, while aircraft fall under FAA airworthiness certification. A vehicle that operates in both modes does not fit neatly into either framework.
Aviation and automotive experts have pointed out that no current certification path exists for a street-legal car that can also generate flight-grade thrust. Even the emerging eVTOL air-taxi industry, which expects FAA certification, starts with vehicles designed purely for the sky. The Roadster would need to satisfy two very different safety regimes, or get new rules written around it. That is not impossible, but it suggests any “flying car” version of the Roadster is years away.
Tesla originally unveiled the next-generation Roadster in November 2017, promising record acceleration, extreme range, and a top speed that would embarrass most hypercars. Since then, eager reservation holders have watched the launch date slip again and again. The new demonstration is the clearest indication yet that engineering work has continued behind the scenes.
Reports following Thursday’s event point to a 2028 production start. If that timeline holds, the first deliveries would come roughly a decade after the car was first shown. Tesla has not confirmed a final pricing structure, but the Roadster is expected to sit far above the company’s current lineup.
For Tesla, the Roadster is less about volume sales and more about proving what is possible. The company already dominates the mainstream EV market with Models 3 and Y, but the Roadster is meant to reset expectations. A car that can briefly fly, even in a controlled demo, does exactly that.
Showmanship has always been part of Tesla’s playbook. Musk’s team has used dramatic launches to grab attention for everything from a truck with bulletproof claims to a rocket that lands itself. The Roadster demo fits that pattern, but it also feeds a deeper narrative: Tesla wants to be seen as a technology company, not just an automaker.
By tying the car’s most spectacular feature to SpaceX, Tesla strengthens the idea that its vehicles benefit from the same engineering culture that builds rockets. That halo effect can help Tesla recruit top talent, maintain investor interest, and keep the brand culturally relevant while more traditional automakers flood the market with their own EVs.
Thursday’s demo did not prove that flying cars are ready for daily life. What it proved is that the technology has moved from slideware to hardware. The Roadster still faces years of engineering, testing, and approval hurdles, but the fact that it can execute a controlled airborne pass at all is remarkable.
For now, the most honest summary is also the simplest: Tesla’s new Roadster is shaping up to be unlike anything else on four wheels. Whether it ever reaches public roads — or skies — will depend on how quickly regulators and the company can find a common language for a vehicle that does both.
