A next-generation Roadster from Tesla — a model whose arrival had been pushed back repeatedly — was presented by Elon Musk at a SpaceX site outside Waco, Texas. Using cold-gas thruster technology built in partnership with SpaceX, the vehicle demonstrated brief airborne jumps, inverted rotations at altitude, and rapid velocity changes during testing.
Broadcast live, the vehicle climbed an arched incline, held its position inverted through a combination of suction and fan technology, then propelled itself airborne, completed a rotational manoeuvre, and touched back down with thruster support. A row of Tesla vehicles parked nearby was struck as the car passed through.
According to the manufacturer, the highest-spec variant reaches 60 mph from a standstill in roughly 0.81 seconds or less, based on figures cited during demonstrations. At a presentation, Musk joined Tesla's leadership team in attributing the vehicle's design to a collaborative engineering effort between the two companies.
Equipped with pressurised air tanks and an array of nozzles, the vehicle attempted a series of manoeuvres that Musk had acknowledged carried no guarantee of success. No human occupied the driver's seat during the trial run — a precautionary measure the company implemented while also disclosing that the vehicle's safety performance had yet to be fully optimised — and Lars Moravy, Tesla's Vice President of Vehicle Engineering, told attendees that passenger air travel by personal vehicle had crossed from theoretical possibility into practical existence.
Three distinct setup options have been put forward by Tesla. Built with public road use in mind, the Performance variant pairs an active aerodynamics package with a suction system that pulls the car tighter to the tarmac. Rear-mounted cold-gas thrusters, incorporated into the Thrust variant, bring acceleration times down to under one second.
Restricted to invitation holders, the Rocket variant pairs thruster units along its entire frame to handle movement in three directions — forward, upward, and rotational. According to the automaker, the Rocket model has the capability to become airborne yet lacks regulatory clearance for operation on public roads.
A production timeline pointing to 2028 would place the vehicle's arrival roughly eleven years after the second-generation Roadster's unveiling in 2017. No final figure on pricing has been set, though those looking to place a reservation are understood to face deposit requirements that vary with the chosen configuration.
Figures put forward by Tesla place certain variants of the vehicle at a top-end velocity exceeding 230 mph, alongside a range objective hovering near 300 miles.
Specialists in aviation have noted that the footage depicts brief, powered jumps and deliberate touchdowns rather than any period of continuous airborne travel. Questions around aviation oversight and road-use rules for thruster-fitted variants have yet to be answered, leaving the path to approval open on multiple fronts.
Across online platforms, the presentation drew a broad exchange of views. Enthusiasts drawn to the vehicle's mechanical design expressed positive reactions, while a separate set of voices pointed to everyday practicality, safety, production timelines, and the uncertain path from the most advanced aerial features to models that reach showrooms. How the vehicle performs against road-legal standards — once it moves beyond its current prototype status — will largely shape assessments of whether its public unveiling translated into a deliverable product.
