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Institut für Luft- und RaumfahrtChair of Space Technology
- © TU Berlin
The primary scientific objective of the mission is the technical verification of an innovative attitude control system for picosatellites under space conditions.
more to: BEESAT-2
BEESAT-4 is the most recent mission of the BEESAT-series. The main objective is the implementation of a precise positioning and orbit determination package and its on orbit verification.
more to: BEESAT-4
The DECAN project allows aerospace engineering students at the TU Berlin to develop, manufacture, test and launch a two-stage sounding rocket.
more to: DECAN
This project deals with laboratory investigations for a future attitude control system for nano- and pico satellites.
more to: FDA
In the frame of the project, more than 100 students at all academic levels, academic and administrative staff from Central Asian universities have received scholarships for study, research and training at one of the European partner universities.
more to: Erasmus Mundus MANECA
The project aims at the development of a concept for modular satellites enabling autonomous maintenance and servicing using robotic systems.
more to: iBOSS-2
This project deals with the research and development of satellite components for CubeSats. Combining satellite components to form compact modules shall increase the possible payload capacities of pico-satellites.
more to: MKI
The PiNaSys project encompasses the development, manufacturing and demonstration of miniaturized components for distributed pico- and nanosatellite systems.
more to: PiNaSys
The project envisages to improve Master programmes of Electrical Engineering aligning them with modern societal conditions of the target partner countries RU, UA and UZ.
more to: PROMENG (EU)
The project deals with the system characteristics and spectrum requirements of pico- and nanosatellites. Its purpose is to find and analyze the unique characteristics of pico- and nanosatellites that distinguish them from “traditional” larger satellite systems.
more to: REPIN
SEAR incorporates developing an autonomous land vehicle that shall be able to handle a difficult course that resembles an exploration scenario on a Martian surface. The long term goal is the development of a space suitable rover for use on an Earth-near planet.
more to: SEAR
The objective of the S-Net mission is to investigate and demonstrate the inter-satellite communication technology within a distributed an autonomously operating nanosatellite network.
more to: S-NET
The TechnoSat nanosatellite mission has the primary objective to demonstrate and test novel nanosatellite technologies and components in low earth orbit.
more to: TechnoSat
TUBIN is a university satellite mission with the objective to demonstrate novel earth remote sensing technologies for nanosatellites.
more to: TUBIN