Mission Briefing
Stationeering Systems is a modular engineering archive built for Stationeers operators who demand clarity, precision and systemic resilience. This collection focuses on real-world inspired infrastructure design, atmospheric control, and scalable base systems under extraterrestrial conditions.
The series is structured by environment, starting with the Moon—a place where pressure management and resource efficiency are paramount. Articles are scoped to be fully functional builds deployable in roughly two hours of real-time play, with modular sub-systems supporting incremental growth.
Getting Started
Foundation (Start Here)
Essential modules for establishing initial base operations:
Lunar Base Establishment — Base infrastructure essentials
Solar Power Infrastructure — Designing scalable solar arrays
Atmospheric Recovery on the Moon — Modular design principles for critical atmospheric recovery infrastructure
Survival Collection
A complete, systematic approach to atmospheric control and resource management. This collection provides the minimum viable infrastructure for sustained habitation.
Design Framework
Life Support Systems Engineering — Design methodology and infrastructure planning for atmospheric systems. Establishes principles used throughout the implementation series.
Implementation Series
Complete build guides for deploying integrated life support infrastructure:
Life Support I: Base Pressure and Composition — Complete atmospheric infrastructure implementation for reliable environmental management and base expansion
Life Support II: Base Expansion — Safe compartment expansion procedures for controlled pressurization and sector integration
Life Support III: Radiative Cooling — Building and commissioning radiative cooling systems for small-scale controlled environments
Life Support IV: EVA Portability — Automated suit servicing and portable gas distribution with integrated atmospheric recovery
Supporting Modules
Foundational systems that feed into life support infrastructure:
Atmospherics I: Waste Capture and Power — Building the foundation for atmospheric gas recovery
Atmospherics II: Thermal Conditioning and Separation — Conditioning and separating exhaust for base atmospherics
Essential References
Navigate and understand the documentation:
Tag Glossary — Navigate content by topic and purpose
Terminology Reference — Lookup engineering terms and concepts
Network Topology Reference — Reading power and data network diagrams
Systems are tagged by domain, focus, and implementation layer. Future expansions will include other planetary environments like Mars and Europa, each with dedicated documentation addressing unique challenges.
What’s Next
With basic survival infrastructure complete, development shifts toward scalable power distribution and revenue-generating production systems:
Trade Systems — Lunar resources provide most ores and ices through mining, but certain agricultural input (seeds, eggs) require external acquisition. Future modules will address trade station integration, automated purchasing systems, and inventory management for externally-sourced materials.
Advanced Agriculture — Closed-loop food production systems generating trade surplus through automated harvest, fertilizer processing, and integrated gas management.
Fuel Systems and Automated Smelting — As operations expand into resource processing and rocket fuel production, high temperature systems introduce fire risk and accelerant management challenges. Production systems will integrate fire suppression, thermal management, and disaster recovery procedures while covering furnace automation and fuel production workflows.
Modules are released as operationally complete units. Subscribers receive automatic updates—no manual checks needed.
Field Irregularities
Incident reports are recorded and archived by STA-3X as part of standard operations. Each log documents failure conditions, mitigation steps, and corrective paths.
Logstream is disabled by default. Manual activation required via Reader Settings to receive transmissions.