Design, build and launch a re-entry CubeSat
Our Goal and Motivation
Aether aims to contribute to the scientific community by developing a CubeSat platform capable of returning from space, landing at a predetermined location, and bringing back experiments and samples.
This platform would serve two main purposes:
-
Sample Return Platform: Enabling the recovery of scientific payloads from orbit is
crucial for fields like microbiology, chemistry, physics, and pharmacology. With increasing
global launch capacity but limited return capabilities, Aether addresses a critical
bottleneck. Additionally, with the anticipated growth of space manufacturing, our CubeSat will
support advancements in this field by:
- Surviving atmospheric entry with an innovative inflatable Thermal Protection System (TPS).
- Targeting specific Earth landing locations for safe recovery.
- Re-entry Research Platform: Conducting experiments to advance understanding of atmospheric entry physics. This knowledge will aid in improving Thermal Protection Systems and ensuring safe and complete disposal of space debris during re-entry.
While returning something from orbit is not new, a CubeSat platform for sample return has never been achieved. For our initial mission, Aether will focus on developing and demonstrating our inflatable heatshield technology as a first step toward this ambitious goal. Later missions will expand to achieve a full sample return.
Our project sets a high bar. We believe tackling the challenging field of atmospheric re-entry is both inspiring and educational, furthering knowledge while motivating our team.
Current Timeline Prospects:
2025: Apply to the REXUS Programme
2026: the REXUS Programme
2027: the REXUS Programme
2028: Apply to fly-your-sattelite