ASTRO APS3

Most versatile high performance star tracker

The ASTRO APS3 is the successor to the highly successful ASTRO APS star tracker (star sensor) of which more than 400 have already been contracted.

As for the predecessor, the ASTRO APS3 addresses a wide range of operational interfaces, bus voltages and other requirements. This modularity was one of the design drivers and enables cost efficient adaptations. The ASTRO APS3 can be used in almost any mission und environment. High performance algorithms are available to compensate for the effect of aging and radiation, to work under solar flare conditions and a wide range of temperatures.

Configuration options:

  • Core building blocks are identical to each configuration, such as the ultra-fast lens (29 mm / f 1.0), quad-core processor, large internal memory, multi-stage baffle, compact mechanical enclosure with overall mass of less than 1.7 kg.
  • Assembly options exist on PCBs to address customer needs, such as specific operational interfaces SpaceWire, MIL-STD-1553, RS422-UART, memory types such as any combination of MRAM and PROM for boot loader, recovery application and nominal application as well as options for LCL and power control interfaces etc.
  • The optical budget provides unmatched performance for this size of star trackers based on the lens and quantum efficiency of the faint star detector.
  • Beside the hardware basis, the ASTRO APS3 provides a powerful processor with large memory to enable new algorithms for the guide star catalogue and thereby achieving ultra-fast initial acquisition times of < 0.5 s. Operation under solar flare-conditions and high rates are covered as well.

For a more detailed overview to the configuration options, feel free to contact our sales team for the product selection and configuration guide.

From the ASTRO APS3 further products will be derived to benefit from the modular concept and performance of each of the novel building blocks.

Besides the star tracker functionality, new applications are enabled by software, for instance navigation and monitoring as the system enables multiple full-frame images per second to be obtained and stored. Image processing can be defined per software and thereby tailored to new applications. Using the fast SpaceWire interface, full frame images can also be provided in each processing cycle.

Other applications such as SSA are covered as well. Contact us to discuss your mission requirements.

Exploring a new world: NASA’s Psyche mission spacecraft equipped with sensor technology from Jena

Jena-Optronik provides autonomous star sensors to Maxar for the attitude control system of the Psyche spacecraft.

read more

Heinrich Hertz mission launched with star sensors “Made in Jena” on board

Two of Jena-Optronik’s ASTRO APS star sensors enable the attitude and orbit control of the German geostationary communication satellite, which was developed and built by OHB System AG.

read more

All News-Articles

Jena-Optronik goes ESA 4S Symposium

For the first time, Jena-Optronik will exhibit at this year’s ESA 4S Symposium in Palma de Mallorca, Spain from 27th to 31st May 2024.

read more

#30of30

As we are turning 30 years, we a delighted to give you insights on our history as well as future missions with space technology made by Jena-Optronik.

read more

All Blog-Articles

Space photography

Apollo astronauts as photographers: stunning pictures of our blue marble, the moon and astronauts' lifes 

read more

Space: It’s all around us

Space inspires us all and creates a wealth of knowledge

read more

All Knowledgeplatform-Articles

Events

  • September 18-19, 2024
    ESA Industry Space Days, Nordwijk, the Netherlands
  • September 16-20, 2024
    World Satellite Business Week, Paris, France
  • August 03-08, 2024
    Small Satellite Conference, Logan, Utah, USA