Elon Musk has unveiled Tesla’s long-awaited next-generation Roadster, showcasing a futuristic electric sports car equipped with SpaceX-developed thrusters capable of launching it into the air and performing dramatic mid-air manoeuvres.
The unveiling took place on Thursday, October 15, 2026, at a SpaceX testing facility in Texas, where a remote-operated prototype demonstrated its unusual capabilities before an audience.
During the demonstration, the vehicle drove up a curved ramp, travelled upside down using a suction system, then launched off the structure, rotated in mid-air and landed on its wheels. In another demonstration, it used its thrusters to leap over a row of Tesla vehicles.
Musk celebrated the demonstration by declaring that flying cars were becoming a reality, reviving a promise he first discussed several years ago.
However, the vehicle’s spectacular performance comes with important limitations. The demonstration showed brief aerial manoeuvres rather than sustained flight, and Tesla has not established that the full thruster system will be available on versions intended for ordinary public roads.
Here are five major details about Tesla’s ambitious new Roadster.
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1. Tesla Roadster Performs Mid-Air Stunts
The highlight of the unveiling was a demonstration showing the Roadster lifting off the ground, rotating in mid-air and landing safely.
The prototype first climbed a specially designed curved ramp, using fans to generate suction that allowed it to travel along the inverted section of the structure.
It then launched off the ramp, performed a mid-air rotation and returned to the ground on its wheels.
In a separate demonstration, the vehicle used its thrusters to jump over a lineup of Tesla models, including the Cybercab, Cybertruck, Tesla Semi, Model Y and Model 3.
The stunts offered a dramatic demonstration of Tesla’s engineering ambitions. However, the vehicle did not demonstrate the ability to fly continuously like an aircraft.
2. SpaceX Technology Powers the Thruster System
The Roadster’s most unusual feature is its collaboration with SpaceX, Musk’s aerospace company.
According to Tesla’s engineering team, the high-performance version uses 10 cold-gas thrusters connected to a system of high-pressure compressed-air tanks.
The system can release compressed gas through strategically positioned nozzles to generate thrust, helping the vehicle rotate and perform brief aerial manoeuvres.
Unlike conventional rocket engines that burn propellant, cold-gas thrusters produce thrust by expelling stored gas. The approach is associated with spacecraft attitude-control systems, where small adjustments in orientation are required.
Tesla has also demonstrated a suction-based system that helps the vehicle maintain contact with a specially designed surface during its inverted-ramp stunt.
Despite the impressive technology, questions remain about the system’s practicality, safety, maintenance requirements and suitability for everyday driving.
3. The Roadster Targets Acceleration Below One Second
Tesla is also making extraordinary performance claims for the next-generation Roadster.
During the unveiling, the company showcased a run suggesting that the vehicle could accelerate from zero to 60 miles per hour in approximately 0.81 seconds.
That would be an extraordinary figure for a production car. However, the reported performance was demonstrated under controlled conditions, and independent verification of the claim remains important.
Tesla says the Roadster will reach speeds exceeding 230 miles per hour, placing it among the most ambitious electric sports cars announced to date.
The company has also presented the vehicle as a showcase for advanced aerodynamics, electric propulsion and rocket-inspired technology.
Whether the production model can consistently achieve the advertised figures will become clearer as the vehicle progresses towards manufacturing and independent testing.
4. Production Is Targeted for 2028, With Prices Above $200,000
Despite the unveiling, customers will have to wait before the redesigned Roadster reaches production.
Musk said Tesla was targeting 2028 for the start of production, following years of delays since the second-generation vehicle was first announced in 2017.
The Roadster is expected to be positioned as a premium electric sports car, with pricing above $200,000 depending on the version.
Tesla has outlined three configurations: Performance, Thrust and Rocket. The Performance version is positioned for road use, the Thrust version is designed for more extreme performance, and the Rocket version features the full thruster system.
Tesla’s reservation information has listed deposits of $50,000 for the Performance version and $250,000 for the Thrust version, while the Rocket version is described as invitation-only.
These deposits should not be confused with the final purchase price. Buyers will need to review the final specifications, pricing and delivery terms when Tesla makes them available.
5. Is Tesla’s Flying Roadster Legal on Public Roads?
One of the biggest questions surrounding the Roadster is whether its aerial capabilities can be used legally outside a controlled demonstration environment.
Musk acknowledged during the unveiling that the vehicle’s unusual capabilities might not be legal in every jurisdiction. He also indicated that the prototype was not fully optimised for safety.
The demonstration vehicle was operated remotely, reducing the risk to a driver during the stunts.
Tesla has positioned the Roadster as a road-oriented sports car, but the full flight-style system is a separate consideration. A vehicle being street-legal does not automatically mean that it can legally launch into the air on public roads.
Regulatory approval, vehicle safety requirements and restrictions on operating unusual propulsion systems would all affect how such technology could be used.
For now, the demonstration should be viewed as a display of engineering possibilities rather than proof that motorists will soon be able to fly their cars through ordinary traffic.
Conclusion
Elon Musk’s redesigned Tesla Roadster has delivered one of the company’s most dramatic demonstrations yet, combining electric sports-car performance with SpaceX-inspired compressed-air thrusters.
Its mid-air manoeuvres, reported acceleration figures and futuristic design have attracted attention, but significant questions remain about production readiness, independent performance testing, safety and the legal use of its aerial capabilities.
With production targeted for 2028 and prices expected to exceed $200,000, the Roadster remains an ambitious project to watch.
For now, Tesla has shown that a car can perform brief, thruster-assisted aerial manoeuvres under controlled conditions. Whether the technology becomes a practical feature of future vehicles will depend on what the company can deliver beyond the demonstration stage.
JUST IN: Elon Musk unveils the Tesla Roadster by launching it off a ramp before the car flipped in midair and safely landed on the ground.
The car is a collaboration between Tesla and SpaceX.
One of the most insane things I’ve ever seen. https://t.co/4tME4yavIh
— Collin Rugg (@CollinRugg) October 16, 2026
