Invention:
This invention outlines a new robotic observation space station concept. It is assembled in space by docking standardized CubeSats with telescope payloads, forming a rotating truss-like structure that is suitable for full sky surveys. Station reconfiguration is incorporated into operations to respond to multi-mission requirements and follow-up observations.
The proposed design provides a solution to the cost and complexity of the astronomical survey while introducing additional capabilities. This concept also provides access to underrepresented fields of astronomy and allows for easier access by the scientific community.
Background:
Previous and current platforms demonstrate the advantages of a continuous rotating spacecraft for full sky surveillance as opposed to stationary observation systems. Dedicated spacecrafts have been utilized to complete surveys of the galaxy, from stars to near-earth asteroids and satellites. However, these systems are causing a significant barrier to the necessary increase in spacecraft fleets and capabilities. With the modularity of the robotic space station concept, it will allow for multi-mission applications without the need for multiple, independent, and costly spacecrafts.
Applications:
- Near-earth object detection
- Astronomical surveillance
Advantages:
- Less expensive
- Multi-mission capability
- Reconfigures autonomously
- Rotating observation system (vs stationary/fixed systems)
- All-in-one space station
