Electric vertical take-off and landing vehicles (eVTOL) are expected to be the key drivers for
Urban Air Mobility (UAM) scenarios, by satisfying on-demand air travel needs in the short or …

This study investigates the factors affecting users' acceptance of urban air mobility (UAM)
systems, constructing a proposed theoretical urban air mobility acceptance and usage …

Automated Urban Air Mobility will enhance passenger transportation in metropolitan areas
in the near future. Potential passengers, however, have little knowledge about this mobility …

Recent technological developments open up possibilities for introducing a vast number of
novel mobility concepts in urban environments. One of these new concepts is urban air …

Urban Air Mobility (UAM) constitutes a future aerial mobility alternative, which concerns the
use of electric and autonomous aerial vehicles for transporting people throughout a planned …

Despite expectations of substantial growth in Unmanned Aircraft Systems (UAS, also called
drones) there is currently no large-scale system in place to manage UAS operating in …

In the following years, Urban Air Mobility (UAM) will transform the transport industry.
Researching the intention to use air vehicles is not easy, as it is a new mode of transport that …

The first step to steer passenger Urban Air Mobility (pUAM) towards the necessity of
sustainability is to understand its impact on our urban transportation systems. This research …

Low-altitude aircraft is being developed as a new mode of urban transport; consequently,
the penetration of low-altitude aircraft into the urban airspace is inevitable in the near future …

The climate crisis demands an energy transition away from fossil fuels, and for the transport
sector, this implies finding more electric or hydrogen-fuelled solutions. An emerging …