From Hohenstaufenallee to Outer Space
Scientific research and transfer | Teaching | University

From Hohenstaufenallee to Outer Space

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It was the second German CubeSat - a satellite with a cube-shaped basic unit - to be sent into space.

Pico-satellites are extremely small and lightweight
Pico-satellites are extremely small and lightweight

The launch took place on 28 April 2008 from the Indian spaceport of Sriharikota. 15 minutes after launching, COMPASS-1 reached its sun-synchronous orbit at an altitude of 635 kilometres, fully functional.

Students of the COMPASS-1 team present their self-developed pico-satellites on the roof of the FH building on Hohenstaufenallee.
Students of the COMPASS-1 team present their self-developed pico-satellites on the roof of the FH building on Hohenstaufenallee.

It's an incredible feeling to develop a real satellite yourself and then send it into space.

Johannes Piepenbrock, former member of the COMPASS-1 team

During the second overflight of the satellite over Germany, the ground station on top of the FH building in Hohenstaufenallee received a first sign of life in the form of Morse signals. These signals provided a large amount of data, as was the case with other overflights.

Photo Credits:

NASA Space Center (title picture)
FH Aachen | Jeanne Niermann

Translation:

Monika Brinkmann

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