Image via internet reproduction.
The new Roadster performed aerial manoeuvres during a presentation in Texas. With production scheduled for 2028, the vehicle combines aerospace technology with automotive innovation, but still faces challenges before reaching the roads.
Tesla unveiled a new version of the Roadster, its long-awaited electric sports car, on Thursday, 15 October 2026, during an event held at SpaceX’s testing facilities in Texas, United States.
The vehicle attracted attention for an unusual feature: its ability to lift off the ground and perform aerial manoeuvres using thrusters inspired by aerospace technology.
During the demonstration, the prototype used propulsion systems to perform jumps, airborne movements and controlled landings. It also travelled along an inverted ramp with the assistance of a suction system.
The project was developed in collaboration with SpaceX, the aerospace company also led by Elon Musk.
According to figures presented by Tesla, the new Roadster can accelerate from 0 to approximately 97 km/h in less than one second and exceed a top speed of 370 km/h.
Despite the attention it has attracted, the vehicle is not yet commercially available. The company expects to begin production in 2028, and its final price has not been announced.
The next-generation Roadster has been anticipated for almost a decade.
First unveiled in 2017, the sports car was originally expected to reach the market in 2020. Since then, the project has faced a series of delays.
Tesla is now pursuing an even more ambitious concept, incorporating solutions developed from SpaceX’s experience with propulsion systems.
The demonstration also comes at a time of transformation for the carmaker.
In recent years, Tesla has expanded its activities in artificial intelligence, autonomous driving and robotics, seeking to position itself as a technology company that goes beyond manufacturing electric vehicles.
Projects such as the Optimus humanoid robot and the Cybercab form part of this strategy.
In this context, the Roadster serves as a showcase for the company’s engineering capabilities, even though its direct impact on revenue remains uncertain.
The unveiling of the new Roadster raises a question that extends beyond the automotive industry.
To what extent does an innovation need to become a mass-market product to create strategic value for a company?
For Tesla, the new sports car could serve as a technological showcase, reinforcing its reputation for innovation and differentiating the brand in an increasingly competitive automotive market.
The partnership with SpaceX also demonstrates how expertise developed in one industry can open up possibilities in another.
However, turning a demonstration into a commercial product requires overcoming significant obstacles.
The first is technological: performing controlled aerial manoeuvres during an event does not mean the vehicle is ready to operate regularly in urban environments.
The second concerns safety and regulation.
In the United States, vehicles capable of flight are subject to requirements that go beyond conventional road regulations. Aviation approvals, operating conditions and certification requirements could significantly restrict the use of this technology.
There is also the commercial question.
Even if the Roadster reaches the market in 2028, its cost, limited production and technical characteristics could position it more as an exclusive, high-tech product than as an everyday mobility solution.
It is therefore important to distinguish between a car capable of performing jumps and aerial manoeuvres and a vehicle designed to transport passengers regularly through the air.
The Roadster demonstrated an impressive technological capability, but it does not yet represent the arrival of flying cars in everyday life.
The automotive industry is undergoing a period of profound change, driven by electrification, artificial intelligence and automation.
Tesla’s presentation adds another dimension to this transformation: the possibility of bringing aerospace technologies into high-performance vehicles.
The Roadster’s future will depend not only on the company’s ability to turn its prototype into a commercial product, but also on its economic viability and the conditions under which it can be used.
For now, the unveiling primarily represents a demonstration of Tesla’s technological ambitions.
Are we witnessing a new chapter in mobility, or an innovation whose value, for now, lies more in what it represents than in its practical application?
