Archer, Joby and Lilium together spent almost $132 million in the third quarter on development of their electric vertical takeoff and landing air taxis.
Startup ZeroAvia has partnered with India’s Hindustan Aeronautics to develop a supplemental type certificate for its conversion of the 19-passenger Dornier 228 regional turboprop to hydrogen-electric propulsion.
U.S. House members on Nov. 4 passed a bipartisan bill in support of advanced air mobility that would establish an AAM interagency working group to review policies and make recommendations to further the technologies and infrastructure for the new transportation capability.
Germany’s MTU Aero Engines has partnered with the European Union Aviation Safety Agency to develop certification requirements for hydrogen fuel cells in aircraft.
Startup SkyDrive has become the first Japanese company to formally initiate the type certification process for an electric vertical-takeoff-and-landing vehicle.
A white paper outlining the benefits of advanced air mobility, created by a group of UK stakeholders, lays out an ambitious road map of actions required by 2025 if the country is to become a leader in the emerging market.
A central tenet of Uber’s Elevate vision for urban aerial ride sharing was that this is commercial air transport—aircraft owned by airlines and flown by professional pilots plying between vertiports.
Speaking at the AviationWeek Asia Aerospace Leadership Forum, the Executive Vice President of Singapore’s Economic Development Board (EDB) said the country has “tremendous interest” in eVTOL development.
Wing-in-ground-effect vehicle developer Regent Craft has selected Paris-based maritime certification specialist Bureau Veritas to evaluate its 12-passenger Viceroy.
The CAA-led eVTOL Safety Leadership Group includes potential operators, manufacturers, rotorcraft experts and aviation companies which have been brought together to foster understanding of the aviation safety implications of advanced air mobility.
The startup has decided it wants to start flying people as soon as possible and so will certify the autonomous single-seat Heaviside H2 now in flight testing as its entry into the market.
FAA’s Center for Emerging Concepts and Innovation addresses novel technologies in eVTOL, safety enhancements, electric propulsion, advanced flight controls and flight deck displays as well as advanced automation.
Joby Aviation has become the first company to fly an electric vertical-takeoff-and-landing aircraft as part of NASA’s Advanced Air Mobility National Campaign.
Following a call to action from Airbus and Boeing, an advisory group under the International Civil Aviation Organization (ICAO) is bringing together stakeholders to develop a global vision for future integrated air traffic management that meets the needs of all existing and emerging airspace users.
Business aviation operators and repair stations that have not already done so should start developing safety management systems now in anticipation of an FAA rulemaking process that is expected to begin early next year, an industry safety expert advises.
The FAA is closing in on its first special condition for type certification of an electric propulsion system, and acknowledges that amending requirements developed over decades for piston and turbine engines is proving challenging.
The company, which is also currently pursuing Part 23 type certification of the S4 eVTOL aircraft as well as production certification of the assembly line which will manufacture it, is targeting air carrier approval in 2022.
As the advanced air mobility sector continues to shape and shift at pace with the technological advances and regulatory and legal realities, the real question remains: When will the new aircraft emerge on a widely accepted basis?
Heaviside becomes the fourth electric vertical-takeoff-and-landing (evTOL) aircraft to receive military flight release from the U.S. Air Force under its Agility Prime program.
Working groups are evaluating a variety of solutions to some of the toughest issues in urban air mobility operations, including where the aircraft will operate and how they will enter and exit that airspace.
