The drone, called the Phantom has a range of 10,000 kilometres and can fly at an altitude of six kilometres at sustained speed. The Phantom has an empty weight of 600 kilograms and can carry a total payload of 500 kilograms. The robot, developed by Hungarian company Uaviator Drones Kft., is a very large flying machine with a 14-metre wingspan. This, in turn, provides exceptional stability in flight and allows it to be deployed in difficult weather conditions.
GUANGZHOU, China, Oct. 30, 2024 (GLOBE NEWSWIRE) — EHang Holdings Limited (“EHang” or the “Company”) (Nasdaq: EH), the world’s leading Urban Air Mobility (“UAM”) technology platform company, today announced it has entered into a strategic partnership with the Civil Aviation Flight University of China (the “CAFUC”).
Electric car manufacturer Xpeng has been making headlines with its ambitious entry into the flying car market through its subsidiary, AeroHT. The company is currently developing two distinct types of flying vehicles, one of which is being referred to as a Cybertruck-like model due for launch in 2025. Despite the name “flying car,” this vehicle will not take off in the conventional sense, but it will feature a unique approach to airborne transportation.
Not quite a helicopter and not quite an airplane, but a blend of the two, is what the FAA is referring to. The US Federal Aviation Administration (FAA) has drafted regulations for the operation of would-be air taxis, making the road ahead for eVTOLs to take off smoother. On 22 October, the FAA published the final regulations, which include certain additions to previously drafted provisions, including those on pilot training, to ensure that the so-called powered lift vehicles are integrated into the US National Aviation System and that future air taxis can operate properly in urban environments.
The prospect of electric aircraft has sparked a lot of interest, particularly as a more sustainable alternative to conventional aviation. While the benefits of electric flight have been widely discussed, a crucial aspect that must be considered is the running cost of operating such aircraft.
The advent of air taxis heralds a transformative shift in urban mobility paradigms, offering a novel, multidimensional approach to intracity travel by delivering faster, more efficient, and direct routes across congested urban landscapes. These eVTOL (electric Vertical Take-Off and Landing) vehicles, engineered for short-distance urban and peri-urban missions, are explicitly aimed at mitigating the challenges of terrestrial traffic congestion and significantly reducing the temporal inefficiencies associated with traditional road travel.







