Elon Musk is once again promising a vehicle that feels more like something out of a science fiction film than a conventional electric car. The new-generation Tesla Roadster is said to feature jet thrusters, the ability to lift off the ground, and an acceleration from 0 to 60 mph in less than a second. If these claimed capabilities prove true, it would be more than just an electric supercar – it would be a genuine feat of engineering spectacle.
However, there is an important caveat: these described features and dramatic demonstrations should be viewed with caution. Without verified technical data and independent testing, it is premature to speak of a fully-fledged, production-ready flying car. For buyers interested in electric mobility that is available right now, options such as used electric SUVs, including the Volkswagen ID.4, Jaguar I-PACE, and Ford Mustang Mach-E, offer a more practical starting point than a vehicle still defined by promises
Jet Thrusters Instead of Conventional Tuning
The most unusual feature of the Roadster is a system of jet thrusters, developed with input from SpaceX. According to the project description, this system is intended to help the vehicle accelerate rapidly and even lift off the ground.
This concept goes far beyond standard solutions for electric vehicles. While a typical supercar focuses on maximizing tire grip on the road, this design relies partly on the thrust generated by a jet-based system. Implementing such technology in practice, however, would require complex control systems, as well as solutions for safety and stability while the vehicle is airborne.
Another claimed feature involves powerful fans designed to generate downforce. It is suggested that these would allow the car to remain attached to a surface, even when inverted, with its wheels facing upward.
It sounds impressive, but for now, it is important to distinguish between a promotional spectacle and technology ready for everyday use. Implementing such technology in practice, however, would require complex control systems, as well as solutions for safety and stability while the vehicle is airborne. That is a very different standard from what most shoppers prioritize in a vehicle: dependable operation, reasonable upkeep, and fewer unexpected repairs – qualities explored in Autoland Jacksonville’s overview of the top problem-free used cars.
Acceleration Faster Than Hypercars
The specifications for the new Roadster include an acceleration from 0 to 60 mph in less than one second. This is an extremely ambitious figure, even for a vehicle equipped with an electric powertrain and specialized thrusters.
For comparison, existing high-performance electric vehicles are already capable of accelerating to 60 mph in roughly two seconds or less. Reducing that time to one second is an entirely different challenge: it would require not only immense power but also efficient traction delivery, precise grip control, and exacting management of acceleration.
If jet-style thrusters are indeed used to assist with acceleration, it would be necessary to clarify exactly how the result is measured and under what conditions it is achieved. Without a detailed methodology, such a record-breaking figure remains merely a claim rather than a verified specification of a production vehicle.
Spaceship-inspired design
According to the description, the Roadster’s exterior is also set to be unconventional. Stated features include:
- concealed headlights and clean, minimalist body lines;
- ultra-lightweight wheels;
- a specialized coating designed to withstand extreme temperatures;
- gold-tinted glass, reminiscent of the visors on astronauts’ helmets;
- extensive use of titanium, magnesium, and carbon fiber.
While these materials are indeed used in engineering applications where low weight and high strength are critical, their presence alone does not confirm that the vehicle is capable of flight or able to endure extreme structural loads. For a production vehicle, factors such as manufacturing costs, repairability, and crash safety are also essential considerations.
Jumping over cars and mid-air flips
The presentation materials claim that the prototype has demonstrated the ability to jump over other vehicles and perform mid-air flips. If such stunts were actually executed, key questions remain regarding how the necessary lift is generated, the duration of the flight, and the ability to land in a controlled manner. It is also important to note that a spectacular demonstration is not the same as proof that a technology is ready for mass production. That requires testing under various conditions, verified performance specifications, and clear safety measures for both the driver and those nearby.
When will the new Roadster arrive?
The year 2028 has been cited as a potential start date for mass production. However, until final specifications, a confirmed price, and details regarding the powertrain are released, this date should be viewed only as a preliminary estimate.
The new Tesla Roadster is described as a fusion of an electric supercar and aerospace technology. Features like thrusters, downforce-generating systems, and extreme performance capabilities sound far more impressive than the conventional combination of a powerful motor and a large battery.
Ultimately, the key question is not how fantastical the project appears, but rather which of these promised features will actually make it into the production model.