The transition to urban and regional air mobility involves the integration of low-altitude airspace into city infrastructure. This shift introduces challenges regarding public acceptance, as residential areas become part of regular flight paths, and automated systems increasingly replace human pilots.
A 2021 study by the European Union Aviation Safety Agency (EASA) surveyed 3,690 residents across six European urban areas. While 83% of respondents expressed a positive view of urban air mobility, only 49% were willing to use air taxi services. Medical and emergency transport received the highest support.
Public concerns regarding air taxis are multifaceted. EASA identified environmental impact and noise as primary worries for 38% of respondents, followed by flight safety at 37% and personal or public security at 29%. Research by NASA, involving over 2,500 participants, similarly highlighted concerns over privacy, job displacement, and noise.
Public acceptance is divided into two categories: the willingness of a passenger to use the service and the agreement of the public to have such systems integrated into their living environment. Unlike traditional aviation, urban air mobility affects non-users who may face noise, visual changes, and residual risks without receiving direct benefits.
Safety expectations for air taxis are high, with the public comparing them to commercial aviation rather than road transport. Technical challenges include managing low-altitude flight paths, potential collisions with birds or other drones, and the reliability of electric propulsion systems, which require complex software and power management.
The absence of a pilot remains a significant psychological barrier. Studies indicate that passengers are less likely to use services with remote operation compared to those with a pilot on board. Beyond flight control, concerns persist regarding passenger safety, including medical emergencies or conflicts between passengers during flights.
