Our LEOS-100 continues to take shape: here is the On board computer being assembled. It will be delivered to a customer as part of a payload interface simulator (EM level) in January ’23. LEOS-100 is a new class of high-performance satellites in the 200-500kg class…
Today’s view into the headquarter of Berlin Space Technologies GmbH shows the verification of the power control unit (PCU) for our next generation satellite (LEOS-100). LEOS-100 which we announced at IAC in Paris enables demanding missions of 200-500kg mass with generously sized accommodation for the payload: 250kg…
Cable harnesses for satellites are often underestimated in complexity. To verify them we have acquired a new automated cable tester which will drastically reduce time required from harness manufacturing to its actual utilisation. #newspace #qualityassurance #berlinstartups
Our upcoming AFR satellite uses a 3rd party X-Band down-link. Here you can see the lab set-up that is used to interface it with our space segment as well as the ground segment. #newspace #germantechnology #berlinstartup #smallsatellites shoutout to IQ spacecom
Our partners from the #satellite #factory (Azista BST Aerospace) have built an ADCS simulator to verify ADCS equipment and entire satellites. #newspace #makeinindia #berlinstartup shoutout to V Vishwanathan Vedam & Squadron leader Vardan Agarwal (Retd.)
Our #indian partner AZISTA INDUSTRIES PRIVATE LIMITED has developed a small vacuum chamber which they provided for our #satellite #factory (Azista BST Aerospace) for component testing. This chamber is very useful for mass manufacturing of satellite components. #newspace #makeinindia #berlinstartups shoutout to V Vishwanathan Vedam
Berlin Space Technologies GmbH is a vertically company. We have significant expertise in building key subsystems for #smallsatellites. #newspace #germantechnology #berlinstartups
To stay up to date we seek to evolve around 10% of the subsystems in each mission. Here you can see a new On-Board-Computer under test using multiple CIT units. The communication interface tester (CIT) allows us automatically and with drastically reduced labour to verify…
Not all TVAC tests require a large chamber. This is a small chamber built by our partner AZISTA INDUSTRIES PRIVATE LIMITED which we use in our #satellite #factory (Azista BST Aerospace) #newspace #makeinindia #berlinstartup
Another key element of #satellite #testing is mechanical qualification using a shaker. Our #satellite #factory (Azista BST Aerospace) is equipped with three sizes of shaker for different size of equipment and satellites (1kN, 2.5kN, 6kN) The picture shows an acceptance test for an RWA-05 reaction wheel. Shoutout to Squadron leader Vardan Agarwal…