technology•Mon, October 19, 2026•4 min read

Tesla's New Roadster Defies Gravity with SpaceX Rocket Thrusters

Tesla has officially unveiled its long-awaited next-generation Roadster, stunning audiences with a demonstration of integrated SpaceX thrusters. The vehicle is capable of performing controlled mid-air maneuvers, pushing the boundaries of traditional automotive engineering.

A New Era for the Tesla Roadster

The automotive world was put on notice this week as Tesla officially showcased the pre-production model of its next-generation Roadster. Revealed at a high-stakes event at the SpaceX testing facility in McGregor, Texas, the vehicle turned heads by performing a controlled 360-degree mid-air jump before landing cleanly on all four wheels. This isn't just a supercar; it is the realization of a long-standing ambition by Elon Musk to bridge the gap between electric performance and aerospace technology.

How the 'Flying' Car Works

The centerpiece of this technology is the integration of cold-gas thrusters (CGTs). Unlike conventional rocket engines that burn fuel, these systems utilize ultra-pressurized gas expelled through nozzles to generate significant force. Reports indicate that the 'Rocket' configuration of the Roadster incorporates approximately 10 of these small thrusters positioned strategically around the vehicle's body.

Cold-gas thrusters are used to assist in acceleration, braking, and cornering.
The system draws power from an onboard compressor that maintains pressure in the air tanks.
Beyond ground performance, the thrusters enable short-burst aerial movements, as demonstrated by the jump over a collection of other Tesla vehicles, including the Semi and Cybertruck.

The Road to Production

Despite the spectacle, the path to consumer availability remains complex. Tesla has officially set the production target for 2028, following several years of delays since the car's initial announcement. While the base model promises a sub-two-second sprint to 60 mph, the inclusion of the SpaceX package remains a specialized offering for those looking to push the limits of what a road-legal car can achieve.

The automotive world is still buzzing from the recent demonstration at SpaceX's McGregor, Texas, proving grounds. Watching a prototype Tesla Roadster hover, perform mid-air attitude maneuvers, and land using high-pressure cold-gas thrusters was undeniably a remarkable display of engineering ingenuity.
— EVWORLD.COM

Key Takeaways

Tesla revealed a new Roadster prototype capable of controlled aerial maneuvers.
The vehicle utilizes SpaceX-derived cold-gas thrusters to improve performance and enable flight.
The technology uses pressurized gas rather than combustion, marking a major departure from traditional sports car design.
Production is officially targeted to begin in 2028.
The lineup includes multiple configurations, ranging from a performance-focused base model to the extreme 'Rocket' setup.

FAQ

Can the new Tesla Roadster actually fly?

The Roadster can perform short-burst aerial maneuvers using cold-gas thrusters, as demonstrated in recent tests, but it is not a flying car in the traditional sense of long-distance aviation.

When will the Tesla Roadster be available?

Tesla has set the start of production for 2028 following various delays.

How do the rocket thrusters work?

They are cold-gas thrusters (CGTs) that expel ultra-pressurized gas to provide extra force for acceleration, braking, or maneuvering, rather than using combustion.

Will the SpaceX package be standard?

The SpaceX thruster technology is expected to be an optional package, with the lineup also including standard performance configurations.