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Reducing Environmental Footprint through transformative Multi-scale Aviation Planning

Cutting-edge technologies & green management practices to

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  • improve air traffic management

  • reduce environmental impact

  • minimise the noise impact of drones on communities and wildlife

The App

Our Mission

Reducing the environmental impact of air travel 

RefMap developed a digital service that optimises flight trajectories on both micro and macro levels. By using environmental data, such as wind, noise, CO2 and non-CO2 emissions, RefMap's analytics platform will help airlines and Unmanned Aerial Systems make more eco-friendly decisions.

RefMap Interviews - Gerardo Zampino
RefMap Interviews - Anna Palaiologk
RefMap Interviews - Sofia Kalakou
RefMap Interviews - Evelyn Otero
RefMap Interviews - Antonio Torija Martinez
RefMap Interviews - Gareth Whatmore
RefMap Interviews - Sotirios Xydis
RefMap Interviews - Ricardo Vinuesa
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U-Space Wiki

RefMap Partners Join as Early Collaborators to Build a Shared Language for Europe’s Future Airspace

A new public glossary designed to help Europe navigate the fast-evolving world of Urban Air Mobility (UAM), Innovative Air Mobility (IAM), and drone operations is now live.

Features

In a nutshell

To make our vision a reality, the RefMap Project brings together an interdisciplinary team of 11 partners from 8 countries that will work closely for 36 months

8

countries

11

partners

36

months

4 034 527

euros

Οur Partners 

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About Us

Our Outcomes

The REFMAP project results bridge the gap between rigorous scientific research and practical digital innovation. Our Publications Repository establishes a robust evidence base for trajectory optimisation and environmental modelling, providing the technical foundation for the REFMAP Platform. This digital service translates complex, real-time data—including wind conditions, noise levels, and CO2 emissions—into actionable insights, enabling airlines and UAS operators to optimise flight paths at both micro and macro levels.

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