Laboratory Launches to Orbit to Test Future Communications

Some technologies cannot be adequately tested in terrestrial laboratories, which is why the German satellite ATHENE-1 was sent to a low Earth orbit to serve as a platform for testing communication, navigation, and data processing systems under actual space conditions.

OHB Group announced on October 2 the successful launch of the satellite, developed by its subsidiary Lux Space in collaboration with the German Federal Armed Forces University in Munich. The launch took place aboard a Falcon 9 rocket from Vandenberg Space Force Base in California, as part of the Transporter-18 mission.

Weighing approximately 300 kilograms, the satellite carries equipment to test space communications, navigation, and sensing, as well as to process data using artificial intelligence directly in orbit.

Among its objectives are testing methods to detect interference with communication and navigation signals, identify their sources, and mitigate them, thereby helping to develop more resilient systems capable of continuing operations during disruptions.

The satellite’s design features the ability to reconfigure certain functions via software after launch, allowing experiments to be adapted to new requirements throughout the mission.

The German Space Operations Center provides the ground infrastructure for sending commands, receiving data, and monitoring the satellite. After reaching orbit, the system checkout and preparation phase begins, followed by the gradual activation of experiments. The mission, planned to last several years, aims to gather results that will support the next generation of space systems. The successful launch marks the beginning of testing, not an announcement that the new technologies are fully complete.