Tesla's New Roadster Can Do 0-60mph In 0.81 Seconds, Production Starts 2028

Tesla has spent nearly a decade teasing its next-generation Roadster, and if its latest demonstration is anything to go by, the wait might finally be worth it. The upcoming electric supercar promises acceleration of less than a second from 0 to 60 mph, active aerodynamics, a revolutionary suction system, and something you wouldn’t normally associate with a car: rocket-style thrusters that can send it airborne thanks to its SpaceX collab.

Yes, Tesla is taking the idea of an electric sports car to an entirely different level. And after the jaw-dropping demonstration today in Texas, it’s hard not to get excited.

The Roadster lifted off the ground using cold-gas thrusters, with vapor pouring from the system as the audience watched in disbelief. Screams, open mouths, and plenty of excitement followed.

The thing I’m most grateful to Elon Musk for is bringing back an age of wonder and excitement to humanity. Whatever you think of Tesla, that was one of the most insane product demonstrations I’ve ever seen. Well done, Tesla!

Tesla Roadster Comes In Three Versions: Performance, Thrust, Rocket

Tesla is proposing three Roadster configurations, each offering a different level of performance and capability.

The Performance version is designed as a road-ready sports car, while the Thrust model adds rear-mounted thrusters for even more extreme acceleration. The single-seat Rocket configuration, which is invite only, takes things further, with thrusters positioned around the vehicle to enable forward and upward acceleration, as well as lateral and rotational movement.

The headline-grabbing 0.81-second 0-60 mph figure fits within Tesla’s claimed performance ambitions, although the figures above are targets rather than independently verified production results.

Still, the idea of a car reaching highway speeds in less than a second is absolutely nuts.

How Can the Roadster Accelerate Faster Than Conventional Cars?

Every conventional car faces one fundamental limitation: tire grip. Even the most powerful electric motors cannot accelerate a vehicle indefinitely because the tires eventually run out of traction.

Tesla’s proposed solution is cold-gas thrusters.

The system is claimed to generate four to five times the force available through the tires, providing additional forward thrust instead of relying exclusively on road grip. More force acting on the same mass means greater acceleration.

SpaceX has used thrusters to maneuver spacecraft for decades, but adapting the technology to a car requires entirely new hardware and controls. The Roadster uses Carbon Fiber Overwrapped Pressure Vessels (COPVs) to store compressed gas, with available internal space used to accommodate the tanks.

More compressed gas means more potential thruster operating time, while all-electric actuators are designed to make rapid adjustments within fractions of a second to help stabilize the vehicle.

Of course, the actual performance will depend on thrust duration, vehicle weight, and how the system behaves in real-world conditions. But if Tesla can deliver on its claims, this could represent a radically different approach to automotive acceleration.

Yes, Tesla Says the Roadster Can Fly

The Rocket version is where things get truly wild.

Its perimeter-mounted cold-gas thrusters are designed to provide upward thrust alongside forward acceleration and lateral movement. The Texas demonstration reportedly showed the car becoming airborne, making the idea of a flying Tesla considerably more tangible than another futuristic concept rendering.

However, a controlled airborne demonstration isn’t the same as unrestricted flight. Questions remain about flight duration, altitude, maneuverability, landing safety, and the conditions under which the system can be used.

The Rocket version is also described as a single-seat vehicle that is not approved for public-road use.

Even with those limitations, seeing a real car deliberately lift off the ground is something special. This isn’t just about going faster than a conventional supercar; it’s about exploring capabilities cars were never designed to have.

A Suction System That Can Hold the Car Upside Down

Thrusters aren’t the Roadster’s only unusual technology. Tesla is also proposing a multi-mode fan and ground-sealing system that pulls air from beneath the vehicle to generate powerful suction.

The claimed result? Enough suction to hold the car upside down while stationary.

Powered fans work alongside active aerodynamic wings to maximize traction and cornering speeds, generating substantial downforce even at zero speed. This could give the Roadster an advantage in situations where conventional aerodynamic systems depend on vehicle speed to produce downforce.

The combination of suction, active aerodynamics, and thrusters is arguably more interesting than acceleration alone. If the system works reliably, it could transform how the car handles extreme performance driving.

An Aerospace-Inspired Exterior and Lightweight Interior

Tesla is giving the Roadster an appropriately futuristic design, with concealed headlights, a full-length taillight, flush-mounted surfaces, and lightweight wheels featuring thin spokes designed to balance structural strength with reduced mass.

The proposed Ano White paint finish draws inspiration from aerospace applications and is described as offering UV and cryogenic protection, electrostatic dissipation, and corrosion resistance. Gold Glazed tinted glass mimics the copper coating found on spacesuit visors, complemented by subtle titanium accents.

Inside, the Roadster features an Ultrawhite cabin with gray microsuede detailing and seat bolsters for additional grip. Manual controls and a fixed seat position help reduce weight, while magnesium, titanium, and carbon fiber contribute to the lightweight construction.

The idea is simple: reduce mass wherever possible so the car can respond to driver inputs almost instantly.

It’s an interesting departure from the increasingly complicated interiors of modern luxury cars, prioritizing lightweight engineering alongside the Roadster’s extreme performance ambitions.

More Than 300 Miles of Range and a Top Speed Above 230 mph

Despite all its exotic hardware, the Roadster is still being presented as an electric vehicle capable of everyday driving in its conventional configuration.

The supplied specifications claim more than 300 miles of range and a top speed exceeding 230 mph for the Rocket version. However, Tesla has yet to provide a complete set of independently verified production specifications, and final range, charging performance, and top-speed conditions remain important unanswered questions.

Pricing is another major unknown.

Production is being targeted for 2028, although the Roadster’s lengthy development history means prospective buyers should treat that timeline cautiously. Building a working demonstration is one thing; manufacturing a reliable vehicle that delivers on these promises is another.

The Roadster Could Be Worth the Wait

The next-generation Roadster has been in development for nearly a decade. That’s a long time, but perhaps the wait will be worth it.

Tesla isn’t simply promising another electric sports car with a bigger battery or more powerful motors. It’s combining active aerodynamics, a multi-mode suction system, lightweight aerospace materials, and cold-gas thrusters in a package that could redefine expectations for automotive performance.

There are still plenty of unanswered questions about production, pricing, safety, and the practical limitations of the thruster system. The final vehicle will need to prove that its spectacular demonstrations translate into real-world capabilities.

But I can’t help being excited. A car that can potentially accelerate from 0 to 60 mph in less than a second and lift itself off the ground is the sort of engineering spectacle that reminds us technology can still surprise us.

If Tesla delivers, the Roadster could become one of the most extraordinary cars ever built.

And after nearly a decade of waiting, 2028 can’t come soon enough.

Tesla’s New Roadster Can Do 0-60mph In 0.81 Seconds, Production Starts 2028