The short version
- Tesla showcased a new Roadster capable of flying and performing barrel rolls using SpaceX-supplied thrusters during an event in Waco, Texas.
- The vehicle accelerated to 60 mph in under a second and drove upside down on a vertical ramp before returning safely to the ground.
- Musk promised production by 2028 but provided no pricing or release date, acknowledging regulatory hurdles for road legality.
Tesla held an event in Waco, Texas, where CEO Elon Musk unveiled a next-generation Roadster equipped with capabilities that blur the line between car and aircraft. The demonstration featured the electric supercar driving upside down on a multi-story ramp, briefly flying over Tesla’s existing lineup, and accelerating to 60 mph in under a second. While visually striking, the presentation lacked concrete details about pricing, availability, or timelines for consumer access.
The Roadster’s most notable feature is its integration of SpaceX-supplied technology, including attitude-control thrusters and main rear thrusters powered by compressed air. Two ultra-high-pressure tanks store approximately 250 kilograms of air, enabling maneuvers such as flips and rolls. Musk described the vehicle as having “rocket-like capabilities” and emphasized its potential for extreme performance rather than practicality. He noted that it takes the “fun meter to 11 out of 10,” though he acknowledged safety concerns.
During the stunt-heavy showcase, the Roadster climbed a steep ramp using downforce generated by a fan-based suction system mounted beneath the vehicle. At the top, it flipped around using cold-gas thrusters before descending gently back to earth. Later, it flew over models like the Model 3, Cybertruck, and Semi, executing what Tesla VP for Engineering Lars Moravy called a “kick flip.” These feats highlight the experimental nature of the project rather than its readiness for everyday use.
Despite claims that the Roadster would be an actual car suitable for roads, Tesla later admitted it would not meet regulatory requirements for road legality. Satisfying Federal Aviation Administration standards poses significant challenges, particularly given the unconventional design and propulsion methods. Musk’s promise of production by 2028 seems optimistic considering past delays with similar projects, such as the original Roadster announcement nearly nine years ago.
The event felt more like a spectacle than a traditional product reveal, focusing on entertainment value over technical specifications. There was no mention of cost, battery range, or charging infrastructure—details typically central to automotive launches. Instead, attendees witnessed a series of daring stunts designed to captivate audiences and generate buzz around Tesla’s innovative spirit.
Musk explained that the Roadster uses 10 nozzles to execute its maneuvers, relying solely on stored compressed air rather than chemical propellants. This approach allows for recharging without specialized equipment, albeit with limitations on duration and altitude. The combination of aerodynamic design and thrust-based movement creates a unique hybrid experience that pushes boundaries beyond conventional vehicles.
Critics might argue that the demonstration prioritizes showmanship over substance, leaving unanswered questions about feasibility and market demand. However, supporters view it as evidence of Tesla’s commitment to exploring uncharted territories in transportation. Whether this translates into tangible products remains uncertain, especially given historical patterns of ambitious promises followed by prolonged development cycles.
For now, the flying Roadster exists primarily as a concept piece meant to inspire imagination and reinforce Tesla’s brand identity as a pioneer in cutting-edge technology. Its impact on public perception could outweigh immediate commercial viability, serving as a testament to Musk’s vision of redefining mobility. As interest grows, so too will scrutiny regarding whether such innovations can transition from prototypes to reality.
In conclusion, the Waco event showcased Tesla’s willingness to take bold risks and challenge norms within the automotive industry. While the flying Roadster may never see widespread adoption, its existence signals a shift toward integrating aerospace principles into ground vehicles. Only time will reveal whether this gamble pays off or remains confined to the realm of fantasy.
As anticipation builds for future announcements, observers eagerly await clarification on key aspects like pricing and functionality. Until then, the flying Roadster stands as a symbol of Tesla’s relentless pursuit of progress—a reminder that sometimes the journey matters more than the destination.
Sources behind this briefing
Go to the original reporting
- The Verge↗The Tesla Roadster flew, drove upside down, and hit 60mph in under a second
- Car and Driver↗Revealed! New Tesla Roadster Takes Flight and Does Barrel Rolls with the Help of SpaceX Thrusters
- InsideEVs↗New Tesla Roadster Reveal: How To Watch The Livestream
- Business Insider↗Elon Musk just unveiled a Tesla Roadster that flies — take a look
