Tesla has unveiled a redesigned version of its long-awaited Roadster electric sports car, featuring SpaceX-inspired thrusters capable of powering dramatic aerial manoeuvres during a demonstration in Texas.

The unveiling, led by CEO Elon Musk on October 15, 2026, showcased a prototype driving upside down along a ramp, rotating in mid-air and jumping over other vehicles. The demonstration combined electric vehicle technology with aerospace-inspired engineering, giving Tesla a striking new showcase for its performance ambitions.

However, customers will have to wait longer for the vehicle. Tesla says production is expected to begin in 2028, nearly nine years after the company first introduced its second-generation Roadster concept in 2017.

The company has also yet to announce a confirmed final purchase price, leaving questions about the production model's specifications, practicality and commercial prospects.

How Tesla's Roadster Uses SpaceX-Inspired Thrusters

The redesigned Roadster incorporates technology developed in collaboration with SpaceX, the aerospace company also led by Musk.

During the demonstration, the vehicle used a suction system to travel upside down along a specially designed ramp. Integrated cold-gas thrusters then enabled it to perform brief aerial manoeuvres, including rotating in the air before landing.

Tesla engineering vice president Lars Moravy described a system featuring 10 thrusters connected to a compressed-air setup. The proposed design uses specialised pressure vessels to store the gas needed to generate thrust.

Unlike conventional electric sports cars, which rely primarily on electric motors, tyres and aerodynamic systems to deliver performance, the Roadster's experimental configuration introduces technology more commonly associated with aerospace applications.

The demonstration, however, does not establish that every manoeuvre will be available on the final production model or that the vehicle will be permitted to perform them on public roads.

Tesla has not yet demonstrated a commercially available production version, and the practical use and regulatory status of its aerial capabilities remain uncertain.

Tesla Claims Sub-One-Second Acceleration and More Than 230 MPH

Tesla presented three proposed Roadster configurations: Performance, Thrust and Rocket.

The Performance model is positioned as a road-focused version, while Thrust adds the specialised propulsion technology. The Rocket configuration is an invitation-only offering designed around a more extensive thruster system.

Tesla claims the vehicle can accelerate from zero to 60 miles per hour in less than one second, reach a top speed above 230 mph and travel more than 300 miles on a single charge.

These figures remain manufacturer claims associated with the proposed vehicle, rather than independently verified results from a production-ready car.

The configurations also have different reservation requirements. Tesla's reservation information lists a $50,000 deposit for the Performance model and a $250,000 reservation amount for Thrust, while the Rocket version is available by invitation.

These amounts are reservation payments, not confirmed final vehicle prices. Tesla has not announced an official retail price for the redesigned Roadster.

The performance targets place the vehicle in the high-end electric sports car market, but its eventual appeal will depend on whether Tesla can deliver the advertised capabilities alongside practical usability, reliability and compliance with applicable safety regulations.

A Nine-Year Wait for Tesla's Next-Generation Roadster

Tesla first unveiled the second-generation Roadster in November 2017, presenting it as an electric sports car capable of delivering exceptional acceleration, speed and range.

At the time, the company expected deliveries to begin in 2020. That deadline passed as Tesla continued expanding production of its higher-volume vehicles and pursuing other projects.

The Roadster's timeline was subsequently pushed back several times, keeping the car in development long after its initial announcement.

The latest unveiling provides a clearer look at the redesigned vehicle and its experimental propulsion system, but the 2028 production target means customers must continue waiting for a model that has been promised for years.

The delay also raises questions about whether all the features shown during the event can be incorporated into a commercially viable vehicle.

Advanced propulsion systems, pressure vessels and specialised safety requirements could introduce additional engineering and regulatory challenges before the car is ready for customer deliveries.

For now, the unveiling represents a demonstration of Tesla's ambitions rather than confirmation that mass production is imminent.

Why Tesla Is Developing a High-Performance Showcase Car

The Roadster serves a different purpose from Tesla's higher-volume electric vehicles.

Automakers often develop so-called halo cars to demonstrate engineering capabilities, attract attention to their brands and showcase technologies that may influence future products.

For Tesla, the Roadster offers an opportunity to reinforce its identity as an electric vehicle innovator at a time when the company is placing increasing emphasis on autonomous driving, artificial intelligence and robotics.

Musk has previously downplayed the Roadster's likely contribution to Tesla's finances, suggesting that its importance is more symbolic than commercial.

That makes the vehicle's success difficult to measure solely by sales. Its visibility may help generate interest in Tesla's engineering work, but the company will still need to deliver on its promises to customers who have waited years for the car.

The Roadster also highlights the close technical relationship between Tesla and SpaceX, with aerospace-inspired technology being explored for a consumer vehicle.

Can Tesla Turn the Roadster Demonstration Into a Production Car?

The redesigned Roadster has attracted attention because it pushes beyond the conventional expectations of an electric sports car. Its combination of high-performance electric propulsion and experimental thrusters offers a dramatic vision of what future vehicle engineering might look like.

But a successful demonstration is not the same as a finished commercial product.

Tesla will need to establish that the production model can meet its performance targets, satisfy safety and regulatory requirements, and operate reliably under real-world conditions.

The company must also clarify the final pricing, specifications, delivery schedule and availability of the different versions.

For prospective buyers, the distinction between the prototype's capabilities and the final production vehicle will be particularly important. Features demonstrated under controlled conditions may not necessarily be included in the same form in a road-legal version.

Tesla's latest unveiling has revived interest in the long-delayed Roadster, but the decisive milestone will be whether the company can deliver a production vehicle that matches its ambitious promises.

With production targeted for 2028, the next phase of the project will be about turning an extraordinary demonstration into a practical, commercially available electric sports car.