Tesla Roadster Flies and Drives Upside Down: Elon Musk Unveils SpaceX Thruster Technology 🚀🚗
Tesla has taken electric vehicle performance into territory that looks straight out of science fiction. During a demonstration at SpaceX’s Texas facility on October 15, 2026, Tesla showcased its next-generation Roadster driving upside down and performing a brief airborne manoeuvre using SpaceX-developed thruster technology.
The Tesla Roadster accelerated toward a specially designed curved ramp, climbed vertically and continued along the surface until the vehicle was completely upside down. It then demonstrated a short airborne manoeuvre before returning to the ground in a controlled landing.
Sharing footage of the demonstration on X, Elon Musk wrote:
“Turns out the future does have flying cars.”
Tesla had an equally confident reaction to the Roadster’s dramatic flipping demonstration:
“Real life, baby.”
So, is Tesla actually building a flying car? Here’s how the technology works and why the new Tesla Roadster with SpaceX thrusters could become one of the most unusual production cars ever created.
Tesla Roadster Uses SpaceX Cold-Gas Thrusters
The biggest technology behind the demonstration isn't a conventional electric motor or aerodynamic trick.
According to Tesla vehicle engineering head Lars Moravy, the Roadster’s “flying” capabilities are enabled by cold-gas thruster technology developed with SpaceX expertise.
TechCrunch reported that the system uses 10 thrusters connected to approximately 600 litres of compressed air.
The basic principle is surprisingly straightforward.
Pressurised gas is stored onboard the vehicle and released rapidly through strategically positioned thrusters. The escaping gas produces thrust, which can help generate forces capable of affecting the vehicle’s movement, including lifting, rotating and stabilising it during a brief airborne manoeuvre.
In simplified form:
Compressed air → Thrusters → High-speed gas release → Thrust → Vehicle movement
Unlike an aircraft designed for sustained flight, the Roadster demonstration involves a short-duration airborne manoeuvre.
Importantly, the amount of time the Roadster can remain airborne is directly related to the amount of compressed gas available onboard. Once that stored pressure is depleted, the thruster system cannot continue generating the same level of thrust.
How Did the Tesla Roadster Drive Upside Down?
One of the most spectacular moments came before the Roadster became airborne.
The vehicle accelerated toward a purpose-built curved ramp and began climbing it. As the ramp continued overhead, the Roadster remained against the surface even when the car became fully inverted.
In other words, the Tesla Roadster was shown driving upside down along the ramp before completing its manoeuvre.
The demonstration appears designed to highlight just how extreme Tesla intends the performance capabilities of its next-generation Roadster to be.
0–60 MPH in Under 0.6 Seconds
Flying isn't the only headline-grabbing claim surrounding the new Roadster.
The top-spec Tesla Roadster is said to accelerate from 0 to 60 mph (0–96.6 km/h) in under 0.6 seconds.
If achieved in a production vehicle under repeatable real-world conditions, that would put the Roadster in extraordinary performance territory.
For comparison, even many of today's fastest production electric hypercars require roughly two seconds or less to reach 60 mph. Tesla is therefore targeting performance far beyond what most road cars currently offer.
The SpaceX thrusters could potentially play an important role in achieving such extreme acceleration by providing additional thrust beyond what the electric drivetrain alone can generate.
Can the Tesla Roadster Jump Over Other Cars?
The Roadster's proposed capabilities become even more unusual.
According to the Financial Express, the vehicle could potentially jump over parked cars and perform a controlled landing.
The report also describes the possibility of the system assisting the Roadster if it were somehow driven upside down through a tunnel.
These demonstrations and claims shouldn't be confused with conventional sustained flight. The Roadster isn't being presented as an electric aircraft capable of taking off and flying between cities.
Instead, Tesla appears to be developing a road-going electric sports car capable of performing short, thruster-assisted airborne movements.
That distinction matters when describing it as a “flying car.”
The SpaceX Package Has Been Years in the Making
The idea didn't appear overnight.
Tesla originally unveiled the second-generation Roadster in November 2017, positioning it as the company's ultimate electric performance vehicle.
Then, in 2018, Elon Musk revealed plans for an optional SpaceX package incorporating rocket-inspired thrusters.
At the time, the concept sounded almost unbelievable.
Years later, Tesla's latest demonstration offers a much clearer picture of what Musk meant.
Rather than installing conventional rocket engines, Tesla is using cold-gas thrusters powered by compressed gas, adapting technology principles associated with spacecraft manoeuvring to an electric performance car.
Why Tesla Wants the Roadster to Be Different
Musk has indicated that the Roadster will occupy a unique position within Tesla's future lineup.
According to Musk, because the Roadster is expected to be the only Tesla designed around manual driving, the company wants to make the vehicle exceptionally distinctive.
That makes the Roadster more than simply another fast electric vehicle.
Tesla appears to be positioning it as a technological showcase combining:
⚡ Extreme electric acceleration
🚀 SpaceX-inspired cold-gas thrusters
🔄 Unusual manoeuvring capabilities
🛫 Brief airborne movement
🎯 Controlled landing technology
🏎️ Driver-focused performance
Musk has also indicated that customers could be able to purchase the new Roadster in the future, meaning Tesla intends the technology to move beyond a one-off engineering demonstration.
Is the Tesla Roadster Really a Flying Car?
Technically, calling it a “flying car” requires some context.
The Roadster isn't intended to fly continuously like an aeroplane or an eVTOL aircraft. Its airborne capability relies on a limited supply of compressed gas.
A more accurate description would therefore be a thruster-assisted electric sports car capable of brief airborne manoeuvres.
But from a consumer perspective, watching a road car leave the ground under its own controlled propulsion understandably makes Musk's description of a “flying car” compelling.
Tesla and SpaceX Technology Are Converging
Perhaps the most interesting part of the new Roadster isn't simply that it can leave the ground.
It's the increasing crossover between Tesla's electric vehicle engineering and SpaceX's aerospace expertise.
Tesla has traditionally focused on batteries, electric motors, vehicle software and autonomous driving, while SpaceX has specialised in rockets, propulsion and spacecraft.
The Roadster brings elements of those two engineering worlds together.
A Tesla electric drivetrain provides conventional road performance, while SpaceX-inspired cold-gas thrusters add capabilities that ordinary electric vehicles simply don't possess.
When Will the New Tesla Roadster Be Available?
Musk has said people will be able to purchase the vehicle in the future, but the Roadster has already experienced a long development timeline since its original 2017 unveiling.
The demonstration represents an important sign of progress, but a spectacular prototype demonstration and a mass-produced road-legal vehicle are very different engineering challenges.
Questions around production specifications, pricing, safety regulations, road legality, compressed-gas storage and availability of the SpaceX thruster package will therefore be important as Tesla moves closer to commercialization.
Could This Change the Future of Performance Cars?
The new Tesla Roadster demonstrates how unconventional the next generation of high-performance EVs could become.
For decades, sports-car development largely focused on horsepower, weight, aerodynamics and mechanical grip.
Electric vehicles changed that equation with instant torque, sophisticated software and extremely precise motor control.
Tesla now wants to add another dimension: thrust.
If the production Roadster delivers anything close to what Tesla demonstrated, it could blur the traditional boundaries between automotive and aerospace engineering.
A car capable of extraordinary acceleration, driving through an inverted section and briefly becoming airborne would be unlike almost anything available to consumers today.
And that appears to be exactly Tesla's goal.
Final Thoughts
The latest Tesla Roadster demonstration is one of the most dramatic showcases yet of Elon Musk's long-promised SpaceX package.
With 10 cold-gas thrusters, around 600 litres of compressed air, claimed sub-0.6-second 0–60 mph acceleration and the ability to perform brief airborne manoeuvres, Tesla is attempting to redefine what an electric sports car can do.
The Roadster still has to make the difficult transition from extraordinary demonstration vehicle to a practical production car.
But after watching a Tesla climb a curved ramp, travel upside down and then leave the ground, Musk's 2018 promise of putting rocket technology into the Roadster doesn't sound quite as theoretical anymore.
The future of electric performance may not simply be about how quickly a car can move forward — but whether all four wheels need to stay on the ground.
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