With its know-how and overall system expertise in passive and active microwaves, the Microwaves and Radar Institute develops innovative sensors, algorithms and applications for ground-based, airborne ...

Discover the sites of DLR Space Operations and Astronaut Training in our 360° tour. You might take a look at our sites in Oberpfaffenhofen, Weilheim and Cologne. The ...

At DLR, the Institute of Aerospace Medicine forms the interface between high technology and life sciences such as biology, medicine and psychology. Whether in science or administration, we offer ...

View through all layers of the Earth’s atmosphere, including aurora borealis as seen from the research aircraft HALO during a flight in the Arctic. Whether in science, technology or as part of an ...

We are researching technologies that make the transport system more climate-friendly, safer and more liveable. To this end, we are driving forward the digitalisation and automation of road traffic, ...

The German Aerospace Centre (DLR) has completed the DIAL research project (individual and automated air traffic), which focused on the development of technologies and processes for the automation of ...

The department of High-Performance Computing investigates advanced computing methods for complex computations and parallel processing of large amounts of data on high-performance computers and quantum ...

Dive into the fascinating world of our diverse activities! Our short film takes you on an exciting journey through our key areas and showcases what drives us. Discover what makes us unique. In the ...

Das Kryolabor ermöglicht die Durchführung von Experimenten und Tests mit kryogenen Flüssigkeiten. Es ist insbesondere für die Handhabung von Flüssigwasserstoff, Flüssigmethan und Flüssigsauerstoff ...

We are making highly efficient engines even more powerful and researching future propulsion solutions for climate-neutral aviation and power plant turbines for an environmentally friendly energy ...

Das DLR-Projekt konzentriert sich auf die Entwicklung und Herstellung einer Turbinenleitschaufel auf Basis von zwei der vielversprechendsten neuen Werkstoffklassen: additiv gefertigte Metalle und ...