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The Institute Expand / Hide

• Organization Chart

• Core Competencies Expand / Hide

  • Electromagnetic fields Expand / Hide

    • 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 Expand / Hide

    • 300-GHz SAR measurements of streets and facades

    • High-Resolution 240-GHZ Radar with SiGe Chip

  • Signal processing and imaging

  • Cognitive Radar and Classification Expand / Hide

    • A short chirp

  • Space radar

• Scientific Publications Expand / Hide

  • 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 Expand / Hide

  • Space observation radar TIRA Expand / Hide

    • 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 Expand / Hide

  • 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

• Contact

Business Units Expand / Hide

• Defense Expand / Hide

  • 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 Expand / Hide

  • 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 Expand / Hide

  • 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 Expand / Hide

  • 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 Expand / Hide

  • 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 Expand / Hide

  • 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 Expand / Hide

• Working Environment

• Fraunhofer TALENTA

• Doctoral studies at FHR Expand / Hide

  • 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 Expand / Hide

• Online Lecture Series »Radar in Action«