Nowadays, Earth observation has countless applications. Currently numerous organizations, authorities, companies and institutions rely on Earth observation data in the fields of environmental protection, health, climate research, precision farming, meteorology, security, urban development and many more while the community of users is growing constantly. Exploring the universe provides important information about the formation of our solar system and fundamental scientific Knowledge.
„Monitoring the Earth and its Ecosystems from Space“
„Supporting Efficient and Sustainable Agriculture“
„Improving Weather Forecasts and Accuracy of Climate Data“
„Surveillance of Human Impact on Ecosystems“
„Boost the Understanding of Atmospheric Processes“
„Improving Prevention and Response to Natural Disasters“
„Supporting Scientific Research in Deep Space“
Pictures © contain modified Copernicus Sentinel data, processed by ESA, CC BY-SA 3.0 IGO
How is our planet changing? How is the climate changing? Which role does humankind play in it? On the answers to these questions depend the future, the existence and the welfare of humanity. On the answers to these questions depend the measures which will be taken and decisions which are going to be made. The “Copernicus” program is a central element helping to find the answers and marks the beginning of a new era of imaging the earth from space. Copernicus is coordinated by the European Commission and the space segment of the program is financed and developed by the European Space Agency ESA. The “Sentinel” satellites will deliver an unprecedented wealth of earth observation data. They all have technology from Jena on board.
It is the aim of Copernicus to make use of already existing earth observation satellites and to establish a more powerful global satellite system. Copernicus will be continuously observing the global changes as well as identifying and developing solutions and counter measures for the dramatic environmental changes.
Contributions from Jena-Optronik
Jena-Optronik’s contribution in the framework of Sentinel-2 compasses the design of the overall instrument electrical architecture of the main payload MSI (Multispectral Imager) as well as the development, manufacturing and testing of the Video Compression Unit VCU, a key subsystem of the MSI.
Within Sentinel-3 Jena-Optronik is significantly involved in the main instrument SLSTR (Sea and Land Surface Temperature Radiometer) by developing essential components for it. Beside the thermal and mechanical engineering of the SLSTR, the Jena-Optronik GmbH is responsible for the opto-mechanical structure, several subsystems, telescope and scan systems of the Sentinel-3 family.
Europe developes ist next generation of weather satellites, to be part of the global weather forecast network.
Jena-Optronik is part of it, with its star sensors, optical filter assemblies, control electronics.
The Sentinel-4 mission is dedicated to monitoring the composition of the atmosphere for the COPERNICUS programme. This mission will be carried on the MTG satellites operated by Eumetsat.
Sentinel-5 is no satellite but a payload which will monitor the atmosphere from polar orbit aboard a MetOp Second Generation satellite (MetOp-SG).
We develop components and systems to explore the solar system and planets:
The lens systems of the High Resolution Stereo Camera HRSC on ESA's highly successful MarsExpress mission were developed in Jena. Moreover, the complex optical test equipment for this camera was also made by the specialists from Jena-Optronik.
The Anti-Coincidence System ACS for the Spectrometer Instrument on ESA's INTEGRAL mission was designed, assembled, integrated and tested in Jena. The mission was launched in 2002 and will end in 2010.
The company gained various experiences in developing cameras for orbiters and landers of planetary missions, like NetLander, DAWN, BepiColombo and Space shuttle flights. Jena-Optronik contributed to ESA's ROSETTA mission by delivering the ROLIS-D lens system and camera housing. The mission has a planned operational duration of 12 years and was launched on March 4th 2004.
Future planetary missions can use the Smart Panoramic Optical Sensor Head, which was developed in Jena within the framework of an ESA study. Its features include a maximum light sensitivity, collection area and time coverageas well as real time analysis and object detection.
Furthermore the company lead Germany's first successful re-entryexperiment: The Micro Re-entry Capsule MIRKA was launched in 1997 andre-entered the atmosphere 14 days later providing very valuable data on aero-thermo-dynamical re-entry Parameters.
Optische Sensoren der Jena-Optronik befähigen Satelliten, stabil und wie vorgesehen auf Kurs zu bleiben. Seit vielen Jahrzehnten ermöglichen und unterstützen wir ebenso spektakuläre wie erfolgreiche Weltraummissionen. Mit unseren international ausgezeichneten Produkten gehören wir zu den weltweit führenden Zuliefern der Raumfahrtindustrie.
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