The NetworkBuster Lunar Recycling System (NLRS) is a comprehensive repository documenting the design, specifications, and operational protocols for autonomous recycling machinery capable of functioning in lunar environmental conditions.
NEW: AI Agents Blueprint - A complete blueprint for AI agent systems to coordinate all aspects of lunar sustainability, from Stage 1 rocket building through achieving permanent human habitation after automation of lunar resource utilization.
To establish sustainable waste management and resource recovery systems for lunar habitats, enabling long-term human presence on the Moon through closed-loop material cycles.
- Lunar Environment Compatibility: Operates in extreme temperature variations (-173°C to +127°C)
- Low Gravity Adaptation: Engineered for 1/6th Earth gravity (1.62 m/s²)
- Vacuum Operation: Functions in near-perfect vacuum conditions
- Radiation Hardening: Protected against cosmic rays and solar radiation
- Autonomous Processing: AI-driven material sorting and recycling
- Minimum Payload: 500g operational capacity for material processing
├── docs/ # Comprehensive documentation
│ ├── ai-agents-blueprint/ # AI agent coordination system
│ ├── technical-specs/ # Technical specifications
│ ├── operational-protocols/ # Operating procedures
│ ├── environmental-data/ # Lunar environment data
│ └── research/ # Research papers and references
├── src/ # Source code (future implementation)
├── data/ # Sample data and payloads
├── web-app/ # Documentation web interface
└── README.md # This file
- Clone this repository
- Review the documentation in
docs/ - Explore the web app by opening
web-app/index.html - Examine technical specifications for implementation details
- Temperature Extremes: Passive thermal management systems
- Vacuum Operations: Sealed processing chambers with pressure regulation
- Radiation Protection: Shielded electronics and fault-tolerant systems
- Dust Mitigation: Electrostatic repulsion and sealed mechanisms
- Power Efficiency: Solar + battery hybrid systems optimized for lunar day/night cycles
- Plastic polymers (HDPE, LDPE, PET, PP)
- Metal alloys (aluminum, titanium, steel)
- Glass and ceramics
- Organic waste (composting for regolith enrichment)
- Electronic waste (component recovery)
| Parameter | Value |
|---|---|
| Minimum Payload Capacity | 500g per cycle |
| Maximum Payload Capacity | 50kg per cycle |
| Processing Rate | 5-10kg per lunar day |
| Power Consumption | 200-500W average |
| Operating Temperature Range | -100°C to +100°C (internal) |
| Dimensions | 1.2m × 0.8m × 1.0m |
| Mass | ~150kg |
| Expected Lifetime | 10+ years |
- Control System: Radiation-hardened microcontrollers
- AI/ML: TensorFlow Lite for material classification
- Communication: LoRa for local networking, deep space network protocols
- Sensors: Spectroscopy, thermal imaging, mass spectrometry
- Materials: Aerospace-grade aluminum, titanium, reinforced polymers
Detailed documentation is available in the /docs directory:
- Master Coordination - AI agent architecture overview
- Stage 1: Rocket Building - Launch vehicle AI systems
- Stage 2: Lunar Transportation - Navigation and landing AI
- Stage 3: Base Construction - Construction and integration AI
- Stage 4: Resource Extraction - ISRU and mining AI
- Stage 5: Automation Systems - Full automation AI
- Stage 6: Human Sustainability - Long-term sustainability AI
- System Architecture - Overall system design
- Material Processing - Recycling methodologies
- Environmental Adaptation - Lunar environment data
- Operational Protocols - Operating procedures
- Research References - Scientific background
A comprehensive documentation web app is included in the web-app/ directory. Open index.html in any modern browser to explore:
- Interactive system diagrams
- Real-time payload calculations
- Environmental simulation data
- Technical specifications browser
This is a documentation and research repository. Contributions welcome:
- Fork the repository
- Create a feature branch
- Add documentation or improvements
- Submit a pull request
MIT License - See LICENSE file for details
This project is developed under the NetworkBuster initiative for advancing space technology and sustainable systems.
Visit: networkbuster.net (conceptual)
For inquiries about the Lunar Recycling System project:
- Project Lead: NetworkBuster Research Division
- Email: research@networkbuster.net
- Repository: github.com/networkbuster/lunar-recycling-system
Last Updated: December 3, 2025
Version: 1.0.0
Status: Active Development - Documentation Phase