Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR

Welcome

Fraunhofer FHR is one of the leading radar research institutes in Europe. It conducts extensive research in the area of high frequency and radar techniques and is committed, in cooperation with public institutions, universities and industrial enterprises, to the development of new products that will create benefits for society and strengthen the economy.

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Careers at Fraunhofer FHR

FHR is the ideal partner for clients who wish to conduct up-to-date research using state-of-the-art equipment – some of which is unique in Europe – and develop new radar and high frequency technology applications for customers from industry and the public sector! We offer attractive positions at all career levels – from student level to qualified expert.

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What is inside the "ball"?

With its space observation radar TIRA, the researchers at FHR develop new radar techniques for the precise determination of the trajectory, size and form of objects in space. These innovative techniques are also used to check the functionality of satellites, support space missions and monitor the general situation in space.

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Research for defense and security

Photorealistic aerial images, high-precision measurements of satellite orbits, a look beneath the Earth's surface,  air surveillance through the utilization of TV and radio stations – just a few examples of the remarkable capabilities of radar. Due to its unique capabilities – independence from weather and daylight, long-range, high sensitivity to range rate changes and the generation of high resolution images – radar is now an indispensable tool for military and civilian applications.

The Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR has focused on the fine-tuning of existing radar systems and the development of groundbreaking new radar technology for over 50 years and has therefore shaped the history of radar for more than half of the time that has passed since it was first patented by Christian Hülsmeyer in 1904.

Fraunhofer FHR is participant of the

 

Press Information / 1.8.2017

Defunct satellites: reliably determine and predict attitude motion

Uncontrollable flying objects in the Earth‘s orbit are an enormous risk for active satellites and for spacecraft in general. Since April 2012, the European environmental satellite ENVISAT has also been adrift in orbit. Now, Fraunhofer FHR has developed pioneering methods to precisely determine the attitude rotation of malfunctioning satellites and, thus, to support de-orbiting.

 

Scientists work together to envision future technologies

Fraunhofer FHR is among thirteen universities, research organisations, and technology companies, to receive a 670 thousand Euros grant to boost research in the field of Nanoarchitectronics (NTX).

 

New institute management appointed: Dr. Peter Knott and Prof. Dirk Heberling

On August 1st, 2016, Dr. Peter Knott and Prof. Dirk Heberling step in as joint heads of the Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR. Together, they are taking over from Prof. Joachim Ender, who is retiring after successfully leading the institute since 2003.

 

Sorting black plastics according to type

Recycling black plastics, such as those found in car instrument panels, used to be impossible because their absorption properties made them simply invisible to typical optical analysis systems. But Fraunhofer researchers have developed a new technology that can sort black plastics according to type – and at affordable prices.

Events and Exhibitions

 

EuMW 2017

Fraunhofer FHR and Fraunhofer IAF exhibit together with TNO and present their latest millimeter wave and terahertz systems.

 

7.11.2017

EDA-Workshop »Radar Signatures and EM Benchmarks«

The workshop aims at bringing together scientific experts in the field of electromagnetic scattering simulations, specifically in the context of radar signatures. A few months prior to the workshop, several test cases will be published, which will serve as benchmarks to compare results obtained by different simulation codes.