Technology
Urban Air Mobility: The Legal Challenges on the Horizon
In the 21st century, technology can evolve at breakneck speeds. Legislators and regulators are sometimes challenged to manage those new technologies and keep pace with their advances. With the impending evolution (revolution?) in urban air mobility (UAM), we were curious how the legal and regulatory landscape is evolving – and will need to evolve –…
UAM Spreads Its Wings, Cuts Its Wires, and Ponders Hydrogen Power
Entrepreneurs explore the future of urban air mobility
UAM entrepreneurs are exploring hydrogen fuel cells and WiGL technology that proposes recharging eVTOLs midair.
Can Your UAVs Make It Rain? The Drones in Dubai Can.
Scientists in Dubai are modifying drones to shoot laser beams into clouds and charge them with electricity to create rain.
Will Graphene Replace Lithium-Ion Batteries Before eVTOLs Take Off?
Graphene batteries may make eVTOLs (flying cars) a reality more quickly than lithium batteries.
The Answer to Urban Air Mobility Congestion
Could it be a "magic" flying bus?
Heads’ up, Airbus. There’s a new air bus coming to town. Actually, it’s coming to downtown, perhaps a downtown near you. Kelekona, a New York City-based start-up, has set its sights on developing a mass transit eVTOL as big as a city bus. With a payload of 10,000 lbs. (about 4500 kg), Kelekona is aiming…
Is Low SWaP-C Radar the Key to Urban Air Mobility?
Low SWaP-C radar will facilitate the development of a feasible detect and avoid system and accelerate autonomous urban air mobility.