In brief
At a SpaceX facility in Texas, Elon Musk presented the latest Roadster, outfitted with thrust‑jets that let the vehicle hover, flip, and land using air jets. The demo, which included the car taking off from a ramp and executing aerial spins, sparked excitement among tech enthusiasts. However, experts caution that issues like energy demand, safety regulations, and air traffic control make widespread adoption of flying cars unlikely in the near term. In her analysis, BBC technology editor Zoe Kleinman points out that while the technology is impressive, practical hurdles remain. Keywords: Tesla, Roadster, Flying car, SpaceX, Electric vehicle, Hover, Jet propulsion, Aviation safety, Autonomous flight, Vertical take‑off
At a private SpaceX‑owned facility in Texas, Tesla CEO Elon Musk announced the latest iteration of the Roadster, a sleek electric sports car that now comes equipped with thrust‑jets capable of vertical lift. In a live demonstration, the car leapt off a steep ramp, performed an aerial flip and landed safely using the jet motors.
“You’re going to see some crazy stuff tonight,” Musk told the audience before the reveal. He positioned the vehicle in front of a crowd, insisting the show would prove that the vehicle is “not AI” but a marvel of mechanical engineering.
While the spectacle has captured imaginations, technology analysts suggest that practical and regulatory hurdles will keep flying cars from appearing on roads any time soon. The hefty energy draw of sustaining lift, potential air‑traffic conflicts, and the need for new safety standards are significant barriers to commercial deployment.
BBC technology editor Zoe Kleinman argues that, although the Roadster’s jets demonstrate impressive thrust control, the current form of the technology is still far from being viable for everyday use. She points out that integration of autonomous navigation systems, pairing with government aviation frameworks, and public trust in such systems will take time.
The event underscores Tesla’s ambition to push the boundaries of automotive design. Even if the Roadster can hover, the real challenge lies in making vertical take‑off and landing a seamless, safe, and cost‑effective reality for the masses.
