Conceptual Design for Assembly and Storage Platform for In-Orbit Relay Equipment

The team proposed a new nanosatellite assembler that can autonomously build nanosatellites in microgravity. This design includes a storage system for various parts, allowing for assembly as needed. It uses advanced autonomous systems to accurately fit components, ensuring that they are built with high precision and reliability. A key feature is the assembler's ability to simulate how the nanosatellite will operate after assembly, verifying that everything functions correctly before deployment. This involves running preset tests to ensure subsystems such as power, communication, and propulsion operate well under space-like conditions. Once tested and assembled, the finished satellite can be stored until it is ready to use. The design process encountered challenges due to microgravity, particularly in keeping components secure to prevent movement. This required special fixtures and snap-fit connections to hold the parts together. In general, the concept offers a complete solution for building, testing, and storing nanosatellites, reducing reliance on Earth-based rocket launches. Future improvements could enhance its capabilities for larger assembly tasks, making it a promising technology for space exploration and wider satellite networks.