In brief
Tesla showcased a new Roadster fitted with thrusters that enable hovering, spinning and precise landings at a Texas test venue. Elon Musk livestreamed the demonstration, insisting the vehicle was not AI‑controlled and hinting at future airborne mobility. The prototype, a collaboration with SpaceX, ignited excitement on social media but also drew criticism over battery life and regulatory hurdles. Experts say practical flying cars will likely lag far behind the showpiece’s ambition.
At a Texas launch pad owned by SpaceX, Tesla presented a redesigned Roadster equipped with vertical‑take‑off thrusters. The prototype can hover, rotate and glide before landing safely via jet‑powered braking, according to a video shown to the press. Elon Musk livestreamed the event, promising the car was not AI‑controlled, and declaring the demonstration ‘a first step toward widespread airborne mobility’. A clip of the vehicle leaping off a ramp, spinning in the air and landing with precision sparked excitement on social media.
Critics note that the system relies on jet‑aluminium motors and limited battery reserves, making regular use impractical for everyday roads. Aviation experts argue that air traffic regulation, safety standards, and infrastructure would need sweeping changes before a flying car could be mass‑produced. Until those hurdles are cleared, the Roadster will likely remain a showpiece rather than a commuter’s toolkit.
The unveiling showcases Tesla’s growing partnership with SpaceX over advanced propulsion and autonomous systems. While the excitement is high, analysts caution that the next generation of flying vehicles will probably have to weigh stricter safety limits and higher costs than the daring Roadster prototype suggests.
