
ICARUS brochure
This is the trifoil brochure for ICARUS.
Publication date: October 2020
Archive type: PDF Document
Archive size: 787 Kb

The ICARUS project proposes a GNSS based altimetry solution to the challenge of the Common Altitude Reference system for drones at very low level airspace, through the identification of the navigation requirements applicable to Unmanned Aircraft Systems (UAS) and the definition of a new U-space service for UAS / Manned aircrafts altitude translation.
The ICARUS concept will be validated in a real operational environment, providing feedbacks and refinements to the initial definition. A final Concept of Operations (CONOPS) will be generated in the second part of the project.
This project has received funding from the SESAR Joint Undertaking under the EU Horizon 2020 research and innovation program under grant agreement N° 894593.
ICARUS – H2020 – SESAR – 2019/2 – Ref. 894593
Closed
EuroUSC España is responsible for the communication and dissemination activities and together with its linked third party, EuroUSC Italia, of the regulatory assessment of the scenarios considered.
The following documents summarizing the results obtained in the Project are available for public download:

This is the trifoil brochure for ICARUS.
Publication date: October 2020
Archive type: PDF Document
Archive size: 787 Kb

To understand the perceived needs of the future users of ICARUS, drone operators and pilots, manned aviation pilots, authorities and other stakeholders, the ICARUS Consortium organised a public web survey on the project website during October and November 2020
Publication date: June 2022
Archive type: PDF Document
Archive size: 3.3 Mb

The document describes the architecture and design decisions taken after a critical review of present and past studies of the state-of-the-art of technological solutions needed to define the ICARUS concept services.
Publication date: May 2022
Archive type: PDF Document
Archive size: 4 Mb

The document presents the key results obtained during the programme execution and recommended practices to the drone and general aviation communities to take advantage of these results to enable safe operations in Very Low Level VLL airspace.
Publication date: July 2022
Archive type: PDF Document
Archive size: 7.9 Mb