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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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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
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
Scientific Publications
Publications 2017
Publications 2016
Publications 2015
Publications 2014
Publications 2013
Publications 2012
Publications 2011
Publications 2010
Publications 2018
Publications 2019
Publications 2019
Publications 2019
Publications 2020
Publications 2020
Publications 2020
Publications 2021
Publications 2021
Publications 2021
Patents
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
The Board of Trustees
Groups and Alliances
Research groups at universities
Research Group Aachen
Research Group Integrated Radar Sensors
Research Group High Frequency Sensors and Radar Techniques
Research Fab Microelectronics Germany (FMD)
History of the Institute
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Sections
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Sections
Multifunctional RF- and Radar-Systems (MFR)
Industrial High Frequency Systems (IHS)
Radar for Space Situational Awareness (RWL)
Projekt Management Office (PMO)
Administration (VW)
Business Units
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Business Units
Defense
Radar plus electronic warfare
Passive radar via satellite signal
»Eagle-eye radar«: Fastest change of line of sight during overflight
3D printed antenna: High complexity – simply manufactured
Bundled knowledge: Materials for high-frequency applications
Extended scanning range for array antennas
Multistatic radar: Timing alternative in case of disturbed GPS reception
Networked HF sensor technology – key technology for FCAS and MGCS
Avoid blind spots in the radar
German-Swiss collaboration: Miniaturized radar system with livestream from aircraft to ground
Keeping an eye on artificial intelligence
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
Intelligent electronic countermeasures (ECM) against modern radar systems
Space
Detect space debris better with higher transmitting power
Despite all expectations
Radar networks in practice: GESTRA meets EUSST
Pioneering work in commercialization
Space surveillance using radar networks
Higher sensitivity with deep-frozen radar receivers
Future TIRA – space observation radar of the future
GESTRA Milestones 2020
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
Monitoring the re-entry of the chinese space station Tiangong-1 with TIRA
Supporting satellite deorbiting missions with TIRA
Characterization of the small-size space debris population with TIRA
Long-term analysis of the attitude motion of the defunct ENVISAT
Security
Facing floods and other disasters
Drone in flight?
Coastlines: Well protected
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
Detection of small drones with millimeter wave radar
Drone detection with MIMO radar
RAWIS protects rescuers during emergencies
Traffic
LIDAR system with encanced environment perception
Cyclists and pedestrians – optimally protected
More safety on the roads
Accurate positioning for self-driving cars
Time-dynamic radar simulation of traffic scenarios in real time
Early detection of track bed damage using radar
Precise material characterization
»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
Maritime radar with electronically controlled array antenna
Production
Investigating fiber composite materials fully automatically
Recycling plastics: Via MIMO sensor technology
Using radar to check steel sheet thickness
Quality control in production: radar-based surface imaging
Using radar to detect foreign objects in food
FiberRadar - Millimeter-wave scanning system for monitoring glass fiber layers in fiber composite production
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
Human and Environment
Vital signs of Corona patients at a glance anytime
Metamaterials optimize magnetic resonance imaging
Covid patients´condition always in view
Short-range weather radars for optimized forecasting
Quickly finding buried people in lage areas using a mobile radar device
Passive radar controls the nighttime identification of wind turbines
Careers
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Careers
Working Environment
Fraunhofer TALENTA
Doctoral studies at FHR
Doctorate at Fraunhofer FHR 2020
Doctoral Program MENELAOS
Interview Dr. González
Doctorate at Fraunhofer FHR 2021
For Students
Tips for Applicants
Vacancies
Press / Media
Events
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Events
Online Lecture Series »Radar in Action«
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Press / Media
Press Releases
2021
2021
HORIS: Better protection for pedestrians
"Waste4Future" paves new ways for plastics recycling
Terahertz technologies for visionary innovations in communications and sensor technology
CROWN will pave way for European defence innovations and technological sovereignty
Experts for the Space Situation: Fraunhofer FHR with TIRA and GESTRA at Space Tech Expo Europe 2021
Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR