DLR - German Space Agency - Core Programme

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Programmes and missions

In its work, DLR Space Administration concentrates on a number of eminent projects and missions in space research. In consultation with science, industry, and the European Space Agency (ESA) it implements key national and international projects covering all core areas of space research.

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Programmes and missions encompass eight core areas:

	Earth Observation Remote-sensing satellites provide researchers with information about the condition of the Earth system and any variations in it. Precise maps and models of the development of our climate and environmental conditions can only be generated with these data. They also provide the basis for modern weather forecasts and support the management of crises and disasters.
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Satellite Communication

Satellite television, multimedia, the internet - telecommunication satellites are capable of transmitting large volumes of data swiftly across the globe. The "information age" requirements make this technology increasingly important. In the telecommunication sector, classical high-frequency systems are being upgraded and new technologies developed, creating opportunities for industry and research.

	Navigation Satellite navigation permits highly accurate positioning. It is essential for innovative applications in transport, surveying, agriculture, and elsewhere. Many of these have great economic potential. At present, the focus is on building Europe's autonomous navigation system, Galileo.
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	Space Science Space probes criss-cross our Solar System searching for traces of water and life. From their journeys, they send us fascinating images of planets, stars, and faraway galaxies. What is more, they are equipped to collect and evaluate material samples and transmit the resulting data to Earth, thus assisting researchers in decoding the secrets of the universe.
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	Research and Exploration Conditions in space are entirely different from those on Earth. Experiments in physics, medicine, and biology are being conducted to explore the effects of weightlessness on man and matter. This happens on parabolic flights, in the drop tower, on board spacecraft, and on the International Space Station (ISS).
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	Launchers Space can be systematically explored and exploited only if dependable access to it is available at any time. For almost thirty years now, the Ariane launcher system has been performing this service for Europe. Next to Germany's industry, it is DLR that has been prominently responsible for the enduring success of the European launcher programmes.
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	Human Spaceflight and ISS The International Space Station (ISS) is mankind's biggest technical and scientific project so far. Germany is the most important European partner for the only permanently accessible platform for research and technology verification in space. The DLR Space Administration has been involved in its construction, operation and exploitation.
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Robotics, Digitalisation and AI

Robotic systems are supposed to support astronauts in performing their routine duties in space and substitute them at least partially in their risky extravehicular activities. In this field, DLR specialises in the development of arm and hand elements. Further activities include automation, the development of solar cells and solar generators, as well as electric power systems.

White Paper on Space in EU (0.95 MB)

Technologie- und Industriepolitik

Student and youth projects


The space strategy of the German Federal Government

Bericht der Koordinatorin für die deutsche Luft- und Raumfahrt (BMWi)

Programmes and missions

Earth Observation

Satellite Communication

Navigation

Space Science

Research and Exploration

Launchers

Human Spaceflight and ISS

Robotics, Digitalisation and AI