
The Briefing
- Tesla revealed its redesigned Roadster on October 15 at SpaceX's Rocket Test and Development Center in McGregor, Texas, where an uncrewed, remotely operated prototype accelerated to 60 mph in 0.81 seconds, drove inverted up an arch-shaped ramp, launched into the air, executed a midair flip, and landed safely on the pavement.
- Three trims are available—Performance (requires a $50,000 deposit), Thrust (requires $250,000), and an invite-only Rocket targeting 0–60 mph in under 0.59 seconds and a top speed above 230 mph. The Rocket is not approved for public road use.
- Production is targeted for Giga Texas in 2028; Tesla has not announced final pricing, confirmed delivery dates, or independent performance verification for any trim.
A car drove upside down, launched off a ramp, flipped in midair, and landed on its wheels in front of a live crowd Thursday night—and it carried a Tesla logo. That sequence unfolded at SpaceX's Rocket Test and Development Center in McGregor, Texas, as Tesla unveiled the long-awaited next-generation Roadster nearly nine years after first promising the car to the public.
The Stunts, Step by Step
The first demonstration used a fan-based suction system to hold the unoccupied, remotely operated prototype firmly against an inverted arch-shaped ramp while it traversed the structure completely upside down. Once the car launched off the ramp, SpaceX-derived compressed-air thrusters—ten nozzles in total, fed by two carbon-fiber pressure vessels holding a combined 600 liters—rotated it upright before it touched down on the tarmac in a burst of vapor, as detailed by Not a Tesla App.
A second run went bigger still: the Roadster launched from the ground, flew over an entire lineup of Tesla vehicles that included a Semi truck, executed a midair flip, and landed cleanly on the far side, confirmed Fox Business.
"Turns out the future does have flying cars," CEO Elon Musk told the McGregor crowd. VP of Vehicle Engineering Lars Moravy was more direct: "Flying cars are real."
Nine Years in the Making
Tesla introduced the Roadster concept in November 2017, during the same event that unveiled the Tesla Semi. At the time, the company promised production would begin in 2020—a deadline it missed along with at least six subsequent target windows. What pulled into McGregor on Thursday was not the production vehicle but an uncrewed prototype; the company still has not committed to a firm customer delivery date.
The thruster concept itself had a long pre-history. In June 2018, Musk publicly proposed adding approximately ten SpaceX-style thrusters to the Roadster as an optional package—a notion widely dismissed at the time as little more than promotional engineering theater. Thursday's event converted that sketch into verifiable footage.
What the Thrusters Actually Do
The technical breakdown differs by trim level. The base Performance version is road-legal and carries active aerodynamics along with a multi-mode suction system. The Thrust tier adds rear-mounted cold-gas thrusters for forward acceleration and earns a race designation. The Rocket variant—available by invitation only—deploys all ten nozzles around the vehicle for lift, lateral movement, and rotation, and confirmed by Hagerty, it cannot be driven on public roads.
According to Moravy, those pressure vessels use the same composite construction found in SpaceX rocket hardware—compressed air packed into carbon-fiber tanks built to the same spec as those used aboard the Falcon 9.
Three Trims, One Benchmark: The Specs
Reservation deposits separate the tiers. Performance requires $50,000 (paid across two installments), and Thrust requires $250,000. No public reservation process exists for the Rocket variant. Tesla announced no final vehicle prices at the event, and the company's original 2017 base estimate of $200,000 was referenced by observers as context, though no executive confirmed it still applies.
The Rocket's published performance targets include a 0–60 mph time of under 0.59 seconds, a top speed above 230 mph, and a range exceeding 300 miles. Production is aimed at Giga Texas in 2028.
A SR-71 Blackbird in Carbon Fiber
The Roadster's exterior draws explicitly from Cold War aviation. Chief Designer Franz von Holzhausen has cited the Lockheed SR-71 Blackbird spy plane as the primary visual reference for the car—a sharp, angular silhouette that stands in marked contrast to the rounded profiles of Tesla's current lineup, as reported by New Atlas. The project reportedly carried the internal codename "A-71" during development.
Skeptics, Analysts, and the Merger Subtext
Not everyone left McGregor converted. Gene Munster, managing partner at Deepwater Asset Management, called the event "an engineering flex with no commercial value beyond embarrassing traditional car makers." Investors offered similarly measured readings: Josh Gilbert, lead analyst for Asia Pacific and Middle East at eToro, noted that "the margin and cash flow numbers will carry far more weight with investors than anything they saw at the reveal."
The spectacle also revived ongoing speculation about a deeper structural link between Tesla and SpaceX. The depth of the engineering partnership between the two companies has repeatedly fueled public discussion about a potential merger—a scenario Musk has himself addressed by pointing to their overlapping technical workforces and shared hardware development.
What Comes Next
The 2028 production target, the final Roadster specifications, and the customer-facing version of the car all remain unconfirmed. Tesla has not indicated whether the tens of thousands of reservation holders from 2017 will retain priority in the delivery queue. The company's own product disclosures warn that the vehicle could change materially before deliveries begin.
What Thursday's event established—unambiguously—is that the hardware is real. A car left the ground in front of a crowd. Whatever the Roadster eventually becomes, and whenever it finally reaches customers, the footage from McGregor already occupies a specific place in automotive history.
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