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Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR
Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR
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The Institute
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The Institute
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Technical Equipment
Space observation radar TIRA
A new cover for the space observation radar TIRA
Measuring equipment
Experimental systems and test systems (selection)
Carrier platforms
Circuit board design and production
Chip technology
Ultra-high frequency technology
Rapid prototyping
Precision mechanical workshop
Core Competencies
Electromagnetic fields
Modeling of complex electromagnetic scenarios
Propagation of electromagnetic waves in the atmosphere
SARABAND – antenna technology for broadband communication
Future-Oriented Metamaterials Technology
High frequency systems
Interview Prof. Dr. Pohl
300-GHz SAR measurements of streets and facades
High-Resolution 240-GHZ Radar with SiGe Chip
Signal processing and imaging
Cognitive Radar and Classification
A short chirp
Space radar
The Advisory Board
Groups and Alliances
Research groups at universities
Research Group Aachen
Research Group Integrated Radar Sensors
Working Group »High Frequency Sensors and Radar Techniques«
Research Fab Microelectronics Germany (FMD)
History of the Institute
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Business Units
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Business Units
Defense
Higher resolution, three-dimensional images: Circular SAR
»Around the corner« Radar: Indirect Localization of Objects
3D Printed multimodal antennas
How to detect all types of mines and stay safe while doing so...
NATO measuring campaign with the participation of Fraunhofer FHR Radar systems
Hunderd becomes one: Combining antennas on frigates & co.
Multifunctional coherent radar networks
Drone navigation based on radar images
Examination of the scan-angle dependant active impendance of conform apertures
Robust detection strategies with machine learning and compressive sensing
Intelligent electronic countermeasures (ECM) against modern radar systems
Serving the Fraunhofer idea
Space
GESTRA: Low earth orbit always »in sight«
Retrieving space debris: The space observation radar TIRA can provide support
Sharper ISAR images of satellites and other space objects
Space debris under the spotlight: High- Precision orbit determination with TIRA
Every DB counts - improved detection sensitivity of phased array radars thanks to cryotechnology
Monitoring the re-entry of the chinese space station Tiangong-1 with TIRA
Supporting satellite deorbiting missions with TIRA
Surveillance of near-earth space with a radar network
Characterization of the small-size space debris population with TIRA
Long-term analysis of the attitude motion of the defunct ENVISAT
Security
Monitoring the surroundings on the ground and in the air
Political demonstrations? Sport Events? Detecting drones...
miniature-mimo-radar-sensors-for-three-dimensional visibility in harsh environmental conditions
Drone detection with micro-doppler analysis
Detection of small drones with millimeter wave radar
Drone detection with MIMO radar
RAWIS protects rescuers during emergencies
Traffic
»Driverless« Cars: How they can safely hit the road
Reliably finding shipwrecked persons - with a novel radar system
Autonomous driving: Detecting small obstacles and estimating their height
EM Simulation of dynamic traffic scenarios
Material characterization for automotive radar
Polarimetry with PERFORM
Antenna development for future automotive radars
Demonstration of a solid-state radar for maritime navigation
Antenna development for an innovative sea rescue system
Maritime radar with electronically controlled array antenna
Electromagnetic investigation of antennas on platforms
Radar sensors - always on board!
Production
Quality control in production: radar-based surface imaging
Using radar to detect foreign objects in food
ASRA - Adaptive control of steel strips in hot rolling mills based on high-precision radar signal processing.
Width determination of steel strips in the rolling process – radar systems for industrial applications
3D RADAR IMAGES FOR TRANSMISSIVE INSPECTION OF OBJECTS
Identification with millimeter wave tags
Integrated radar systems for machine tools
Human and Environment
Quickly finding buried people in lage areas using a mobile radar device
Passive radar controls the nighttime identification of wind turbines
New impulses in magnetic resonance imaging with metamaterials
UWB Radar for the detection of fungal infestation in vines
Careers
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Careers
Working Environment
Fraunhofer TALENTA
Doctoral studies at FHR
Interview Dr. González
For Students
Tips for Applicants
Vacancies
Press / Media
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Press / Media
Press Releases
2019
Fraunhofer FHR radar analyzes deorbiting systems for more sustainability in space travel
A drive-in movie for the vehicle radar
Fraunhofer FHR at the IEEE Radar Conference 2019 in Boston, USA
Low Frequency for High Precision: Fraunhofer FHR Exhibits Millimeter Wave Scanner at the CONTROL
Fraunhofer FHR presents innovative contributions to radar applications in the automotive sector at the IAA
Fraunhofer FHR to Showcase Leading-Edge Radar Technology at the European Microwave Week 2019 in Paris
Millimeter Waves Make It Possible: Fraunhofer FHR to Showcase Non-contact, Non-destructive Quality Control of Plastic Products at the K 2019
Plaque on Cologne’s Hohenzollern Bridge to Commemorate the Birth of Radar
Fraunhofer FHR develops novel multi-band antennas for ships radar SEERAD
Annual Report 2019
Highlights of the year 2019
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Publications 2019
Articles in peer-reviewed Journals 2019
Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR