Founded in 1986 to ensure Europe’s independent access to meteorological satellite data, EUMETSAT has become a cornerstone of Europe’s operational Earth observation system and a key contributor to the global weather and climate observing network.

“Weather and climate intelligence has become critical infrastructure for modern societies,” said Phil Evans, Director-General of EUMETSAT. “For 40 years, EUMETSAT’s story has been one of ambition, determination, cooperation and innovation — and above all of steadfast service to our Member States and user communities. This success is also their success. We are grateful for the trust, commitment and long-term vision of our 30 Member States, which have made it possible to build and sustain Europe’s leading weather and climate observing systems. As we enter a new era of satellite capability, our focus remains clear: to deliver trusted data and services that help society anticipate and respond to a changing climate.”

Forty years of operational service

As a user-driven organisation, EUMETSAT works closely with its Member States and user communities to ensure that its satellite systems, data services and operations respond to real operational needs.

For four decades, EUMETSAT has provided the continuous stream of operational satellite data needed by national meteorological and hydrological services, climate scientists, civil protection authorities and many other users across Europe and beyond.

The value of these observations has grown as weather- and climate-related risks have intensified. Since 1980, such events have caused an estimated €822 billion in economic losses across the European Union, with a quarter of those losses occurring in the past four years. Improved forecasts and earlier warnings for storms, floods, heatwaves and other high-impact events help protect lives, infrastructure and economic activity, while long-term climate observations support adaptation and mitigation policies.

Today, more than 95% of the observations assimilated into numerical weather prediction models originate from satellites. These observations have helped reduce errors in one-day forecasts by 64% and generate socio-economic benefits estimated at up to €61 billion annually across the European Union.

The partnerships and people behind the mission

Behind this 40-year story is a highly skilled, multinational workforce whose expertise, commitment and team spirit have shaped EUMETSAT’s success. From an initial team of four, the organisation has grown into a workforce of around 1,300 employees and contractors at the headquarters in Darmstadt.

Across engineering, science, operations, data services, user support and administration, EUMETSAT staff are passionate about their common purpose: to deliver reliable data and services that meet the needs of data users and bring tangible benefits to society. Many staff members build long careers within the organisation, contributing deep operational knowledge and a strong team spirit. EUMETSAT supports its people throughout their careers through training, mentoring and promotion of a healthy work-life balance, including onsite childcare.

EUMETSAT’s collaborative culture extends well beyond its headquarters. Weather and climate monitoring depend on a globally coordinated observing system and continuous international data exchange. EUMETSAT works closely with the World Meteorological Organization and cooperates with national partners in Canada, China, Japan, Korea, India and the United States covering the exchange of data and scientific expertise.

Partnerships with African meteorological services are also an important part of EUMETSAT’s activities. By providing training, capacity development and access to satellite data and services, EUMETSAT helps strengthen forecasting capabilities and climate resilience across the African continent.

Headquartered in Darmstadt, one of Europe’s major centres for space, science and technology, EUMETSAT is part of a regional high-tech ecosystem that includes the European Space Agency’s European Space Operations Centre, the Technical University of Darmstadt, the GSI Helmholtz Centre for Heavy Ion Research and several Fraunhofer institutes.

The next chapter in Europe’s Earth observation capabilities

As it marks its 40th anniversary, EUMETSAT is also looking firmly ahead. Over the coming decade, the organisation will renew and expand its satellite systems to ensure the continuity and further improvement of the essential data and services it provides to Member States, user communities and partners.

This includes the next generations of its geostationary Meteosat and polar-orbiting Metop satellite systems, an expanding role in Copernicus Sentinel missions operated on behalf of the European Union, and new operational concepts such as the EPS-Sterna micro-satellite constellation programme, the wind-measuring EPS-Aeolus and future altimetry missions.

Together with investments in cloud-based data services, artificial intelligence applications and digital-twin technologies and selected commercial data procurement, these systems will form a central part of Europe’s next-generation Earth observation infrastructure. They will help users access, analyse and exploit increasingly large volumes of satellite data more efficiently, supporting severe weather forecasting, early warnings, climate monitoring, air-quality assessment, ocean observations and environmental decision-making across Europe and beyond.

Forty years after its creation, EUMETSAT will continue to ensure that Europe’s investments in space translate into better forecasts, stronger climate services and more informed decisions on Earth.

A dedicated history page on the EUMETSAT website offers a fuller look at this four-decade story, with an interactive timeline of key milestones taking visitors on a visual journey through the organisation’s history.

About EUMETSAT – Trusted in Space. Essential on Earth.

Since 1986, EUMETSAT, Europe’s meteorological satellite agency, has monitored weather and climate from space. From its headquarters in Darmstadt, Germany, it operates a fleet of satellites observing the Earth system and delivers real-time data and imagery to its 30 member states to help protect communities and support critical sectors. Four Meteosat satellites in geostationary orbit provide continuous observations of fast developing weather events, while two polar-orbiting Metop satellites deliver data critical for forecasts up to 10 days ahead. EUMETSAT also supports European sovereignty policies, operating services under the Copernicus programme and leading development and management of the data lake for the Destination Earth initiative.