An electric car drives upside down along a ramp, takes flight, rotates in mid-air and lands back on its wheels. With this demonstration, Tesla has brought its long-awaited Roadster back into the spotlight. Developed in collaboration with SpaceX, the sports car is designed to achieve acceleration figures that would be extraordinary even by supercar standards. Yet the spectacular presentation also raises important business questions: When will the prototype become a production vehicle, how much will it cost, and what does Tesla stand to gain from a car designed primarily to capture attention?
A Tesla That Actually Takes Flight
Elon Musk unveiled the latest generation of the Tesla Roadster on Thursday evening at a SpaceX testing facility in McGregor, Texas. The presentation showcased something far removed from a conventional electric vehicle: a machine combining sports car engineering with technology developed for space exploration.
The white prototype first climbed a sharply curved ramp and briefly travelled upside down. A suction system beneath the vehicle provided the necessary grip. The Roadster then became airborne, completed a rotation and landed back on its wheels.
During another demonstration, the vehicle jumped over several Tesla models parked alongside one another.
These manoeuvres were made possible in part by cold-gas thrusters developed in collaboration with SpaceX engineers. Unlike conventional rocket engines, these thrusters do not rely on combustion. Instead, they generate thrust by releasing highly pressurised gas.
The demonstration took place under controlled conditions. Whether comparable airborne manoeuvres will ever be permitted on public roads remains unclear.
From Zero to Almost 100 km/h in Less Than One Second
Tesla also intends to establish new performance benchmarks on the ground.
According to the company, the Roadster accelerated from zero to 60 miles per hour, equivalent to approximately 97 kilometres per hour, in less than one second during the presentation. A time of around 0.81 seconds was reported.
The announced top speed exceeds 230 miles per hour, or approximately 370 kilometres per hour. Its driving range is expected to surpass 300 miles, equivalent to roughly 480 kilometres.
However, independently verified performance figures for a production-ready vehicle are not yet available.
Tesla is planning three different versions of the Roadster. The Performance variant is intended to be a two-seat sports car suitable for public roads. The Thrust version will feature additional cold-gas thrusters designed to deliver particularly extreme acceleration.
The most ambitious version is called Rocket. According to the specifications presented so far, it will feature ten cold-gas thrusters and a propulsion system capable of enabling brief airborne manoeuvres. Unlike the other two variants, it is designed as a single-seater.
This extreme version will reportedly be available by invitation only. Whether it can obtain approval for public-road use remains an open question.
A Car Customers Have Been Waiting for Since 2017
As impressive as the latest demonstration was, the Roadster has a remarkably long history.
Tesla originally announced the second-generation Roadster in November 2017. At the time, Musk suggested production would begin in 2020.
That deadline was postponed repeatedly. Meanwhile, Tesla concentrated on expanding Model 3 production, launching the Model Y, developing the Cybertruck and establishing new areas of business.
What was initially presented as an imminent sports car launch became a development project whose commercial introduction continued to move further into the future.
Production is now scheduled to begin in 2028. By then, eleven years will have passed since the original unveiling.
The latest timeline, however, remains a company target rather than a binding delivery schedule.
Nor do the newly demonstrated flying capabilities mean that all the technical and regulatory requirements for series production have already been met.
Substantial Reservation Payments, but No Confirmed Price
Tesla's reservation system is particularly noteworthy from a financial perspective.
Following the presentation, the company required a reservation payment of $50,000 for the Performance version. The Thrust variant carried a reservation payment of $250,000.
These figures are explicitly reservation amounts, not confirmed retail prices.
Tesla has not disclosed how much the Roadster will ultimately cost when deliveries begin. The final contractual terms and availability of the individual versions will also be important considerations for prospective buyers.
The substantial payments underline the project's exclusive positioning. At the same time, they raise questions about how much confidence customers are prepared to place in a vehicle whose launch has been delayed for years.
Tesla was already accepting reservations following the original announcement in 2017.
For the company, however, such advance payments must not be confused with ordinary vehicle sales revenue. A reserved car is not the same as a delivered vehicle whose sale has been recognised in the financial statements.
Why Tesla Still Needs the Roadster
The new Roadster is unlikely to become a mass-market vehicle. Its strategic value lies instead in demonstrating technical capabilities and reinforcing Tesla's reputation for extraordinary innovation.
In the automotive industry, such models are commonly known as halo cars. Their purpose is not necessarily to generate high sales volumes, but to enhance the reputation of the entire manufacturer.
This gives the Roadster a distinctive role within Tesla's broader strategy.
In recent years, the company has increasingly placed autonomous driving, artificial intelligence and humanoid robots at the centre of its future ambitions. The Roadster, by contrast, returns to the original promise of building an exceptionally powerful electric car.
Musk himself has previously downplayed the vehicle's financial significance. The Roadster is not considered essential to Tesla's major revenue and profit objectives.
Analysts therefore view the latest presentation primarily as a prestige project intended to strengthen Tesla's image as a technological innovator.
Nevertheless, the timing is noteworthy.
In the third quarter of 2026, Tesla delivered 486,532 vehicles, according to company figures. Its full quarterly financial results are scheduled for release on 21 October.
For investors, profitability, cash flow and the performance of the core automotive business will carry considerably more weight than the promised acceleration figures of an exclusive sports car.
SpaceX and Tesla Move Closer Together Technologically
The collaboration with SpaceX brings additional attention to the Roadster.
Both companies are led by Musk but operate in different industries. Tesla develops electric vehicles, energy storage systems and autonomous technologies. SpaceX focuses on rockets, space exploration and satellite communications.
The Roadster illustrates how technologies and engineering approaches from these two fields can be combined.
The cold-gas thrusters are not intended to power the vehicle during ordinary road use. Instead, they expand its capabilities during acceleration and specialised driving manoeuvres.
Whether the technology will eventually lead to further commercial applications remains uncertain.
Speculation about a possible closer organisational relationship between Tesla and SpaceX must also be distinguished from the specific Roadster project. Technical cooperation alone does not imply a corporate merger.
Between a Technical Demonstration and Production Reality
The Tesla Roadster is therefore an unusual project: a car whose most important function may not be to attract as many buyers as possible.
Its immediate purpose is to draw attention to Tesla's technological capabilities.
The demonstration indicates that engineers have developed a vehicle capable of briefly leaving the ground and performing controlled airborne manoeuvres. This goes beyond a computer-generated animation or a purely theoretical concept.
At the same time, there is a considerable difference between a functioning prototype and a safe, road-approved vehicle that can be manufactured commercially.
Whether Tesla will meet its announced 2028 production target remains one of the project's most important unanswered questions.
The Roadster has demonstrated its ability to take flight. Tesla must now prove that it can turn this achievement into a vehicle customers can actually buy.
Stefanie S. Klief
