All verified mentions of this organization in source documents.
The collaborative experiment concluded with a symbolic handshake between astronaut Kim and DLR scientist Lii using the DLR robot Rollin' Justin.
Further application criteria and processes will be detailed on the DLR’s dedicated website.
The DLR Institute for Aerospace Medicine in Cologne has a specialized module suitable for long-term studies in a controlled environment.
The DLR project team monitored participants 24/7 to ensure safety and to collect behavioral data.
The SOLIS8 isolation study, which preceded SOLIS100, has been completed and involved participants spending eight days in isolation at the DLR center.
The results of the simulation will inform a 100-day isolation study planned for the next year by the DLR.
The DLR will conduct the SOLIS100 study in collaboration with the European Space Agency (ESA).
The DLR Institute for Remote Sensing Methodology leads a consortium of European research institutes providing geophysical data products.
The Earth Observation Center of DLR is responsible for creating the operational software systems to derive geophysical products from the Sentinel-4 instrument.
The first focused radar image was generated by DLR scientists at the DLR Institute for High-Frequency Technology and Radar Systems in Oberpfaffenhofen at 16:20 hours on May 22, 2025.
DLR supported ESA throughout all mission phases with the development of key algorithms for calibration, ionospheric correction, and forest biomass measurement using polarimetric SAR interferometry and tomography.
During the IOC phase, DLR plays a key role in system characterization, polarimetric and ionospheric calibration, and performance validation.
The German Aerospace Center (DLR) has been significantly involved in the BIOMASS mission from the beginning.
The BIOMASS team at DLR generated the first radar image from the ESA Earth observation satellite BIOMASS, marking it as the first focused SAR image in the P-band taken from space.
Das Abkommen zwischen DLR und NASA betrifft die Forschung zur Weltraumstrahlung, die Gesundheitsrisiken für Menschen im All birgt.
Die Zusammenarbeit zwischen DLR und NASA wird mit dem Nachfolger M-42 EXT fortgesetzt.
Das Deutsche Zentrum für Luft- und Raumfahrt (DLR) und NASA haben am 16. Juni 2025 ein Abkommen zur Fortsetzung der Kooperation in der weltraummedizinischen Forschung unterzeichnet.
Der Strahlungsdetektor M-42 des DLR lieferte bereits mehrfach wertvolle Messdaten aus dem Weltraum.
Vier DLR-Strahlungsmessgeräte M-42 EXT werden während der zehntägigen Mondumrundung an Bord von Artemis II sein.
MARE ist ein gemeinsames Projekt des DLR, StemRad, NASA, Lockheed Martin und der israelischen Weltraumagentur ISA.