We are one of the leading experts for complex optoelectronic systems for the space industry.

In this market, we develop sensors for orbit and attitude control along with camera systems for earth observation. In this market we are a global pioneer. Our comprehensive know-how and our extraordinary success in countless missions make us a competent partner for forward-looking projects. 

• Spaceborne Instruments
  
• Guidance, Navigation and Control

Attitude and Orbit Control Systems (AOCS) sensors

The first studies of the development of an autonomous star sensor started in the early 80s in VEB (state owned company) Carl Zeiss JENA.

In the second half of the 80s the first Astro-Orientation-Systems were supplied to a Soviet aerospace company. One of them finished its mission after more than ten years on the MIR station. Jena-Optronik GmbH has continued the development in the field of star sensors in an efficient way, since the 90s.

The current product portfolio contains Star Sensors, Sun Sensor, and Rendezvous- and Docking sensors. They are used in international satellite programs and ensure that European, American or Asian satellites keep their designated orbits. The requirements for the sensors are very demanding. In addition to measurement accuracy and efficiency, reliability and durability play a decisive role. All of the developments have proven this value by corresponding hardware, and also by intelligent software algorithms under the conditions in space. 

Earth observation instruments

Jena-Optronik GmbH is known for its earth observation systems. A major part takes the multispectral imaging MKF-6, which was evolved by VEB Carl Zeiss JENA for more than 30 years. The Jena Spaceborne Scanner disposes of a high class Three-Mirror-Design and a digital recorder. The CCD picture elements scan the Earth’s surface line by line.

On the 15th September 1976 the multispectral imaging MFK-6 started on board of the space shuttle Sojus-22 to its first space mission from Baikonur spaceport. The former GDR made first steps of cosmic remote sensing and laid a cornerstone for high resolution multispectral imaging.

The imaging pictures can be used for evaluation of Agriculture and Forestry and for water and soil quality. It is also significant for the definition of the time of harvest, for environmental researches and for meteorological statements.