![]() TUBiX employs an octagonal structure comprising two primary parts – four outer frames provide overall structural support and load transfer, three platforms build the upper and lower spacecraft panel as well as an internal separator for mounting of subsystem components. TUBiX will also be available in a ‘light’ version for 10kg nano satellites. TUBiX20 (TU Berlin innovative neXt generation 20 kg nanosatellite platform) leverages 25 years of satellite development at TU Berlin to create a cost-effective small satellite platform that can be easily adopted for a variety of missions, payloads and operational orbits. The project is funded by the Federal Ministry for Economic Affairs and Energy (BMWi) through the German Aerospace Center. The 18-Kilogram satellite employs the TUBiX20 satellite platform developed at TU Berlin using experience from the BeeSat CubeSat projects and the mission will test a number of innovative components for future flight opportunities.Ī total of seven payloads / tech demonstrations are part of the mission to test out new camera systems, a fluiddynamic actuator system, new S-Band transmitter, laser retroreflectors, a Solar Generator Impact Detector, an advanced Star Tracker and a small satellite Reaction Wheel system. ![]() TechnoSat is a microsatellite mission of the Technical University of Berlin to demonstrate a number of newly developed satellite components in an operational mission setting. ![]()
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