Maritime Technologies and Propulsion SystemsDüneberger Str. 108 21502 Geesthacht ...
Neue Bilddaten der DLR-Stereokamera (HRSC) an Bord der Mission Mars Express sind ein Beleg für die bewegte Geschichte der ...
Mit Beschluss des Vorstands und nach Kenntnisnahme des DLR-Senats wurde das Institut für Maritime Energiesysteme umbenannt.
The world's first in-flight measurements of contrails from a hydrogen-powered turbojet engine have been conducted. The measurements provide new insights into the climate impact of contrails produced ...
The Institute of Optical Sensor Systems fosusses on research and development of active and passive optical sensor systems operating in the UV, visible, infrared and THz spectral range. On 1 May 2025, ...
The German Space Agency at the German Aerospace Center (DLR) and the US space agency NASA are continuing their gravity field measurements from space with the 'Gravity Recovery and Climate Experiment - ...
OSIRIS4CubeSat, the world's smallest commercially available laser communications terminal, was developed specifically for use on small and microsatellites. During the PIXL-1 mission, DLR was able to ...
In the EU project A4CLIMATE, DLR is working together with 17 partners from research and industry to investigate how contrails can be avoided, reduced and made more climate-compatible. The aim is to ...
"Mit Sigmund Jähn verliert die deutsche Raumfahrt einen weltweit anerkannten Kosmonauten, Wissenschaftler und Ingenieur", sagt Prof. Pascale Ehrenfreund, Vorstandsvorsitzende des DLR, "Der erste ...
A laser clock developed by DLR has achieved a record level of accuracy for optical clocks, with a deviation of just one second every 30 million years. Laser clocks are set to improve satellite ...
Whether in science, technology or administration – DLR offers exciting tasks for different talents at Würselen (StädteRegion Aachen). DLR has successfully conducted the first flight of the HyBird ...
Artificial intelligence (AI) and machine learning support the development of energy-efficient aircraft configurations. With these methods, complex flow phenomena can be predicted more quickly.
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