Tesla’s New Roadster Takes Flight With SpaceX Thrusters—and Raises Big Questions

George Jetson has arrived. 

Tesla’s latest Roadster reveal came with a spectacle few car companies could match: a sports car clinging upside down to a ramp, twisting through the air and using thrusters to return to the ground.

Unveiled October 15, the redesigned electric Roadster combines Tesla’s performance ambitions with technology developed alongside SpaceX. Elon Musk says production is targeted for 2028, extending the wait for a vehicle first introduced as a next-generation concept in 2017.

For anyone expecting a conventional sports-car presentation, the demonstration quickly changed the conversation. Acceleration was only part of the pitch. Tesla showed a vehicle designed to push beyond the limits of tire grip—and, briefly, beyond the pavement itself.

During the presentation, the Roadster used a powerful underbody suction system to hold itself against an inverted ramp. Built-in thrusters then helped control its movement through the air and cushion its landing. Another demonstration sent the vehicle over a row of parked cars.

The suction system has a purpose beyond showmanship. By pulling the vehicle toward the road, it is intended to increase grip, helping the tires maintain contact during aggressive cornering. Musk argued that the combination could produce extraordinary track performance, although claims about future records remain promises to be tested.

The thrusters add another layer. Tesla describes rear-mounted cold-gas thrusters working with its suction system to deliver acceleration from zero to 60 mph in less than a second. That is a manufacturer claim, and buyers will still need independent testing to establish how the production vehicle performs.

Musk also claimed a top speed above 230 mph during the presentation.

But the most dramatic features bring the most obvious questions. Demonstrating a controlled aerial maneuver is one thing; making it safe, repeatable and available to customers is a much larger undertaking. Musk himself acknowledged during the presentation that safety was not the vehicle’s overriding design priority.

The reveal also left unresolved how its airborne capabilities could fit into everyday use. A demonstration at a controlled facility does not establish permission to perform the same maneuvers on public roads.

Then there is the price.

Reservation information following the presentation listed a $50,000 deposit for the Performance version and a $250,000 deposit for the Thrust version, which adds acceleration thrusters. The most extreme Rocket configuration was listed as invitation-only, without a published price.

Those figures are deposits, not final purchase prices. The presentation did not establish what customers would ultimately pay for each configuration.

For prospective buyers, the delivery schedule may matter just as much as the engineering. The Roadster has already spent years moving from an ambitious announcement toward a production vehicle. A 2028 target gives Tesla more time to develop the technology, but customers still face a substantial wait.

The reveal delivered an unmistakable moment of automotive theater. Tesla showed a sports car doing things rarely associated with a sports car at all. The challenge now is turning that spectacle into a finished vehicle—with a firm price, a delivery date and capabilities customers can actually use.