Tesla's New Roadster Jumped a Ramp and Landed Back on Its Wheels
Tesla revealed its next-generation Roadster on Oct. 15, 2026, at SpaceX's rocket test site in McGregor, Texas. A prototype drove up a curved ramp, fired cold-gas thrusters, developed with SpaceX, to leave the end of it, turned over in midair and landed back on its wheels. Tesla livestreamed the reveal on its own channel, and reporters from independent outlets were there.
Tesla presents the Roadster as a car that a customer will own. Its chief executive, Elon Musk, posted that buyers will be able to trigger the maneuvers on demand: "You will be able to ask the Roadster to perform any of the tricks shown autonomously, as it will be sentient." He added that Tesla will build a looping test track at its Texas headquarters where owners can try it. Both statements are claims about a future capability, not descriptions of the prototype that flew.
One performance figure came with the reveal. Tesla's own channel posted "0-60 mph in 0.81 seconds" beside footage of the car. That figure is the company's claim about its own prototype. The announcement posts named no price and no delivery date, and nothing has shipped: what was demonstrated is a prototype.
The thrusters are cold gas rather than rocket engines, which means compressed gas pushed out through nozzles with nothing burning. The hardware itself is not new: cold-gas thrusters have been moving objects that have no wheels for decades.
No independent measurement of any Tesla claim about this car exists. Outside the company, no one has timed the 0 to 60 run with instruments, measured the thrust, or checked a single specification. The flip and the landing were watched by reporters at a public event, which is an observation and not a measurement.
Ars Technica and Space.com, whose reporters covered the reveal directly, described the car holding itself to the ramp while inverted, using fans to pull down against the surface before the thrusters fired. Tesla has posted a replay of the livestream on the same channel.
