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Microwaves and Radar Institute
Director of the Institute
Microwaves and Radar Institute
With its know-how and expertise in passive and active microwave remote sensing, the Microwaves and Radar Institute contributes to the development and advancement of ground-based, airborne and spaceborne sensors. The focus of its research work is on the conception and development of new synthetic aperture radar (SAR) techniques and systems, as well as sensor-specific applications.
Teamwork above the North Sea and Helgoland – Common flight campaign of MACS and F-SAR
03 August 2016
IN GERMAN: Wie sich Radardaten und Daten optischer Bildgebungsverfahren in Zukunft noch besser ergänzen können, testete das Deutsche Zentrum für Luft- und Raumfahrt (DLR) über Helgoland. Das Institut für Optische Sensorsysteme und das Institut für Hochfrequenztechnik und Radarsysteme unternahmen hierzu eine gemeinsame Befliegung, um neue Methoden der Radar-Optik-Datenfusion zu entwickeln.
Next TerraSAR-X/TanDEM-X Science Team Meeting: October 17-20, 2016 at DLR in Oberpfaffenhofen, Germany
20 July 2016
The main goal of the meeting is the presentation of results, exchange of experiences and the information about the TerraSAR-X, TanDEM-X and Tandem-L mission status. Interested scientists are kindly invited to present their research results in an oral or poster presentation. Preliminary programs, registration, hotel, and general information on the TerraSAR-X, TanDEM-X and Tandem-L workshop can be found on the
Meeting Web Site
Sentinel-1 satellites combine radar vision
22 June 2016
The twin Sentinel-1 satellites have – for the first time – combined to show their capability for revealing even small deformations in Earth’s surface. Colleagues of DLR's Microwaves and Radar (HR) Institute have been involved in this success, they were among those who processed the first Sentinel-1A vs Sentinel-1B interferograms presented in this
ESA web story
. Another interferogram processed by our colleagues is
Welt am Sonntag: Ruler of 150 Million Square Kilometers
12 June 2016
IN GERMAN: Seit sechs Jahren vermessen zwei Satelliten die Oberfläche der Erde neu. Ihre Daten liefern einem Team in Oberbayern das Material für die erste komplette Weltkarte in drei Dimensionen – und auch den Anlass für politischen Streit
DLR Magazin 148 - Remote Sensing 4.0
14 April 2016
Six years after its launch, the TanDEM-X radar satellite mission will achieve its primary mission objective. A digital elevation model of the Earth with unprecedented accuracy is now more than 90 percent complete and available for use by the international scientific community.
Press releases: New radar system to detect landmines
08 April 2016
DLR Researchers recently developed a ground-based radar system that efficiently detects landmines with low false-alarm-rates. First tests on an army base in Belgium proved the suitability of this system.
Clever ruse in case of mist and darkness
22. März 2016
DLR-Magazin: An airborne radar system supports the traffic management at large events (IN GERMAN).
Monitoring natural disasters with satellite images
08 March 2016
The Earth quake on Haiti 2010, a tsunami in Japan 2011 caused by a submarine earthquake or severe floodings that afflict countries as India or Bangladesh: Scientists of Committee on Earth Observation Satellites (CEOS) meet in at the German Aerospace Center (DLR) in Bonn, Germany, in order to debate the way remote sensing images can coordinate help during natural disasters (ARTIKEL in GERMAN).
Focus on Gabon Forests for BIOMASS
03 March 2016
The DLR German Aerospace Center’s AfriSAR field team leader, Ralf Horn, said, “Everything went smoothly and the radar measurements are of excellent quality. The biggest challenge we faced was the weather, but most of the rain fell during the night and we were able to fly above the clouds.”
Germany's radar eyes in space
22 February 2016
In a formation flight, the German Aerospace Center's satellite twins are mapping the earth in 3-D. Their images make us wonder today: The run of Budapest's new metro tube, line 4, can be seen from space (
ARTICLE in GERMAN
Radar over the rainforest
24 February 2016
Dense rainforest, a twin-engine turbo-prop aircraft and advanced radar technology – researchers from the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) are performing numerous measurement flights from 1 to 29 February 2016 over the central African country of Gabon to determine the state of the rainforest. The data obtained will help to improve climate models and better understand global warming. The campaign is being carried out in cooperation with the European Space Agency (ESA), the French National Aerospace Research Center (Office National d'Etudes et Recherches Aérospatiales; ONERA), the Gabonese Agency for the Study of and Observation from Space (Agence d'Études et d'Observation Spatiales; AGEOS) and US Space Agency NASA. ONERA already performed measurement flights in July 2015, during the dry season, while DLR and NASA will research the rainforest with three aircraft during the rainy season. The results will serve as reference data for the ESA satellite mission
, planned for launch in 2020, and the German
Faster detection of landmines using radar
22 February 2016
Every 20 to 30 minutes, somewhere in the world, a person – often a child – steps on a landmine. It is estimated that over 100 million anti-personnel mines are buried worldwide and a further 200 to 250 million are thought to remain in military storage facilities. This means they pose a constant threat, even long after the end of a conflict. In order to facilitate the reconstruction of a country and the safe return of refugees, the ground must be cleared of concealed ordnance. The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) has developed a radar-based method, 'TIRAMI-SAR', that will allow for the quick, safe and cost-effective detection of landmines.
Departments of the Institute
The department of SAR Technology in engaged in the development of methods and techniques for airborne multimodal SAR systems...
The department Radar Concepts develops and analyzes innovative techniques for future radar remote sensing systems and applications.
Satellite SAR Systems
The main objective of the Satellite SAR Systems department is the research and development of spaceborne SAR systems. These systems are used for the acquisition of multifrequency, multi-polarisation and interferometric radar data to process high resolution radar images...
Reconnaissance and Security
The department of Reconnaissance and Security works on topics of remote sensing and reconnaissance...
TanDEM-X Latest News
TanDEM-X DEM Gallery
TanDEM-X Images [6 MB]
TerraSAR-X Picture Gallery
Tandem-L Latest News
Compact Test Range
Airborne SAR (F-SAR)
E-SAR and F-SAR Missions
E-SAR and F-SAR Picture Gallery
YP Remote Sensing 2016
Download CfP [PDF]
Next Science Meeting
HR Institute Seminar
Scientific Colloquium DLR Oberpfaffenhofen
HGF-EDA Alliance Week
DLR at ILA 2016, Berlin: Model of a Tandem-L Satellite
Institute at a Glance
Status Report 2000 - 2005
Status Report 2006 – 2011, in English (on request)
Research and Projects
Deutsche Welle: Landmines
ARCTIC 2015 Campaign
ILA 2014 Berlin: TanDEM-X / Tandem-L
Deutscher Zukunftspreis, Nominierung 2012 „Radaraugen im All“
Mehr: "Radaraugen im All"
Institute's History: A Retrospective 1908 - 2008 (PDF 34.39 MB)
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