Initial outpost
Robots help with site preparation while astronauts establish the base.
- Human work
- Assemble rovers and install base equipment.
- Robotic work
- Prepare sites and move supplies.
- Production & launch
- Complete packages arrive from Earth.
02 / Centralized control
A shared lunar computer assigns work to the fleet. Each rover handles its own movement and safety, reducing the need for continuous crew supervision.
Try teleoperation · drive with Earth–Moon light lag ↓
Drag to orbit · scroll to zoom. CERBERUS keeps following while you orbit; choose another view to stop tracking. Right-drag pans other views. Touch: one finger to orbit; pinch to zoom, two-finger drag to pan other views. Arrow keys move or orbit the tracked rover; Home returns to the worksite.
A conceptual outpost in Mare Tranquillitatis, with measured surrounding relief and an illustrative base crater. The solar receiver and mirror field set the main axis; processing and crew facilities occupy its service side. A large cargo lander sits across the habitats from the crew lander. Industrial oxygen tanks and a shielded shuttle pad extend the logistics route, with roads around the pad shield and a link past CHARON to the far side of the quarry. CHARON coordinates excavation and delivery locally.
Assigning excavation and delivery tasks.
Fitting rover components · checking connections
Preparing samples · monitoring water recycling
Concept demonstration · 20 main-plant quarry rovers / 8 compact-processor rovers / 4 material haulers / 2 slag haulers / 2 parked · links schematic, work cycles shortened. Large landers inspired by Blue Moon MK2; Moon–LLO shuttle concept from Cislunar Economy. Surrounding relief: NASA/GSFC/ASU · LROC. Base crater, landing pads, grading and propellant transfer illustrative. Surface grain: Poly Haven Moon 02.
A growing rover fleet needs crew support for maintenance and, eventually, local parts production.
Robots help with site preparation while astronauts establish the base.