Infrastructure Stack · Layer 06
Lunar Operations
The systems required to keep increasingly valuable lunar assets functioning for years rather than individual missions.
Why it matters
What has to work every day.
Regolith is abrasive, electrostatically charged and gets into everything. Radiation is unshielded. Landings throw debris at ballistic speeds. Every asset delivered to the Moon is expensive, and today most of it is disposable.
Lunar operations are where an operator's perspective matters most: habitats, landing infrastructure, thermal control, dust mitigation, integration and servicing that keep a site working every day.
What has to work every day once we arrive?
Inside this layer
6 building blocks
Habitats
Places for crews to live and work on the surface for extended stays.
Thermal management
Keeping people and hardware within operating limits through lunar day and night.
Dust mitigation
Protecting seals, optics, mechanisms and lungs from abrasive, charged regolith.
Landing infrastructure
Prepared pads and zones that keep repeated landings from damaging nearby assets.
Systems integration
Making hardware from many providers work together as one operating site.
Servicing
Refueling, repair, spare parts and upkeep that turn one-time missions into durable infrastructure.
Connect the stack
Dependencies
These aren’t isolated technologies. The opportunity lies in understanding how those systems connect.
This layer depends on
This layer enables
Questions we are watching
Open questions
- Which site-preparation capabilities have to exist before permanent hardware can be landed safely?
- Which hardware is being designed to be serviced, and which is still disposable?
- Who operates a lunar site between missions, when no crew is present?