ATHEAt is involved in researching technologies for high-energy flight. The VISERION hybrid rocket engine is to be used to power a single-stage rocket.
Revolutionize satellite control with V3C: a compact, portable control center. It offers mission control, flight dynamics, and planning systems all-in-one for transferable satellite control.
CubeSats evolve from tech demos to space assets. H3C pioneers as a scalable, service-based ground segment for modern CubeSat missions, leveraging infrastructure in a decentralized, collaborative setup.
Optical Ground Stations (OGS) speed up system maturity of Laser-based satellite communications (SATCOM). The focus: reliable OGS & SATCOM operations establishing a network for global connectivity.
The OTTER micro-satellite mission is a contribution to maritime situational awareness by being able to track maritime signals and by being equipped with a high resolution optical camera.
CubeISL will demonstrate optical data transmission between two CubeSats in low-Earth orbit with data transfer rates of up to 100 Mbit/s.
REACTS intends to pave the way for a future European responsive network capable of placing satellites in low-Earth orbits within 72 hours.
The development of the ALLSAT constellation is a critical first step to ensure NATO accelerates technology development and highlights the benefits of interoperability of future military capabilities essential for the Alliance.
Detection of rocket launches using small satellites for early warning; burn-up tests of rocket engines on the engine test facility; analysis of infrared radiation; coordination of burn-up tests; feasibility analysis
