The main outputs are the UAM GIS tool, the UAM Guidebook and the UAM Training Programme.

The AiRMOUR project produces a large amount data on urban air mobility for operators, regulators, academia and businesses in order to build a more sustainable mobile future. The data will be leveraged into practical and real-life tangible tools, ensuring that the impacts are replicated widely. See the complete list of deliverables below.

DeliverableDue dateLead beneficiary
D1.3Public final report12/23VTTPDF
D2.1Report on foresight analysis and UAM EMS integration process management9/21Robots ExpertPDF
D2.2.Report on functional requirements for selected
manned and unmanned UAM EMS
scenarios		9/21UMCG AmbulancezorgPDF
D2.3Report on the effects of interaction
and integration with other EMS transportation
modes		2/23UMCG AmbulancezorgPDF
D3.1Overview of legal environment for EMS
scenarios		10/23LuftfartsverketPDF
D3.2Ground risk and landing site management
(prepared vs ad hoc)		8/22TRVPDF
D3.3Air risk management for UAM EMS
operations		1/22Linköping UniversityPDF
D3.4Report on technical and procedural
mitigating technology implementations
for UAM EMS scenarios		8/22NORCEPDF
D3.5Report on cybersecurity threats for
the EMS scenarios		6/23Linköping UniversityPDF
D3.6Report on EMS scenarios impact on aviation and
future UAM regulations		8/23Robots ExpertPDF
D4.1Public and stakeholder acceptance – Interim
report
Summary brochure of the Public and stakeholder acceptance report		6/22LuxMobilityPDF
PDF
D4.2Report on public perceived risk and safety
mitigation strategies		2/23LuftfartsverketPDF
D4.3Report on noise and visual pollution mapping
tool		2/23 Linköping UniversityPDF
D4.4UAM Citizen privacy handbook6/23Robots ExpertPDF
D4.5Description on the integration of UAM
services in the sustainable urban mobility
planning processes and other relevant
policies including co-modality		8/23LuxMobilityPDF
D4.6Report on evolvement of public and stakeholder
acceptance and citizen engagement strategies		12/22LuxMobilityPDF
D5.1CO2 Life Cycle
Assessment for Emergency
Medical Service UAM
Concepts 		4/23Robots ExpertPDF
D5.2EMS UAM business models for
companies and public sector		6/23VTTPDF
D5.3Comparative CBA analysis of manned and unmanned EMS UAM operations in comparison for
traditional EMS transport.		4/23LuxMobilityPDF
D5.5Report on operational and environmental attractiveness and sustainability of UAM8/23VTTPDF
D6.1GIS Tool10/21Robots ExpertPDF
D6.2Guidebook for UAM integration process management (Draft version)6/22 Robots ExpertPDF
D6.3Three online courses and two
masterclasses developed		9/23LuxMobilityPDF
D6.4Guidebook for UAM integration process management (Final version)9/23Robots ExpertDutch
English
Finnish
French German
Norwegian
Swedish
D7.1Success criteria for each validation
objective and concept of operations
of the selected UAM EMS scenarios		5/22Robots ExpertPDF
D7.2UAM EMS simulation framework
established		10/22NORCEPDF
D7.3eVTOL vehicle model integrated in
simulator		6/22NORCEPDF
D7.4Live validation of manned UAM EMS
concepts		2/23Ehang ScandinaviaPDF
D7.5Live validation of unmanned UAM
EMS concepts		2/23Ehang ScandinaviaPDF
D7.6Assessment of all validation objectives
for the simulations and live validations		6/23Robots ExpertPDF
D8.3Visual outputs11/23Forum Virium HelsinkiPDF
D8.4Feedback and summary report on capacity building activities11/23LuxMobilityPDF
D8.5Final Event11/23Forum Virium HelsinkiPDF