Tech • AI • Robotics • Game
🤯 Watch Tesla Roadster Fly (literally!) - Highlights of Launch Event
7/10TL;DR
Tesla showcased a concept “rocket car” that used a fan suction system and SpaceX-derived thrusters to briefly lift off, perform a flip-like maneuver, and target 0 to 60 mph in under one second.
KEY POINTS
Flying car-style demo
Tesla presented a dramatic test in which a low-slung performance car briefly left the ground, prompting claims that “flying cars” had effectively arrived. The vehicle was shown launching upward and rotating in a stunt compared to a kick flip, an unusual display for a road car rather than a track-only prototype.
Suction system under the car
Engineers said the car uses a fan suction system mounted underneath the chassis. That system can generate up to 2 Gs of downward force, theoretically enough to hold the vehicle to a surface even when inverted, enabling upside-down adhesion as part of the concept.
SpaceX technology adapted for the car
The propulsion package also reportedly borrows technology from SpaceX. Demonstrators said the setup uses four thrusters at the rear, with exhaust exiting at faster than the speed of sound, producing visible Mach diamonds and more than 80 kilonewtons of thrust.
Sub-one-second acceleration target
The stated performance goal was to push 0 to 60 mph below 1 second, an acceleration figure that would far exceed today’s production cars. During the event, a test graphic was shown indicating about 0.81 seconds, suggesting the concept is aimed at extreme straight-line performance rather than conventional supercar benchmarks.
Manual driving in an autonomous future
The vehicle was described as a rare exception in a lineup otherwise oriented toward autonomy. It was characterized as the only manually driven car the company expects to make long term, preserving a niche for enthusiast driving even as autonomous transport becomes a central theme.
Road legality remains uncertain
Despite claims that customers could eventually own such a machine, the car’s legality was acknowledged as unclear in some jurisdictions. That caveat is significant given the combination of road use, thrusters, and unconventional aerodynamic systems, all of which would likely face intense regulatory scrutiny before any public deployment.
A halo product more than a mass-market model
The presentation framed the vehicle as a rocket car, designed to push beyond normal engineering limits and create a headline-grabbing halo effect for the brand. Even if the most extreme features never become widely street legal, the demonstration signals a willingness to merge automotive performance with aerospace-style hardware in ways that could influence future high-end EV design.
CONCLUSION
The concept points to an aggressive attempt by Tesla to redefine what a road car can do by blending electric performance, suction aerodynamics, and rocket-style thrust. Whether or not every feature reaches public roads, the demonstration set an extraordinary benchmark for spectacle and ambition.
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