Pillar 05 · ATLAS

ATLAS

Precision Lunar Logistics

The Moon is mapped and the resources are catalogued; what does not exist yet is the road. ATLAS is the precision lunar logistics line: landers and surface delivery built for the south pole, engineered for hazardous polar terrain and the 354-hour lunar night.

Phase 2, milestone-gated. Lunar surface work scales at Series A.

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The opening

The Moon is mapped. The resources are catalogued. The road is missing.

Decades of missions confirmed what the lunar south pole holds: water ice in the permanently shadowed craters, rim sites with near-continuous sunlight, the conditions for a sustained presence. The data is not in dispute. What does not yet exist is transportation precise and repeatable enough to act on it. ATLAS is designed to be that road.

Water ice

Confirmed in the south-pole permanently shadowed regions: feedstock for a propellant economy.

89.9°S

Shackleton Crater rim, sunlit for most of the lunar day; a prime site for a sustained outpost.

354 hrs

Length of the lunar night a surface-delivery platform must be designed to survive.

Meter-class

The landing precision infrastructure delivery demands, as a design target.

Our approach

A delivery line, sequenced honestly.

ATLAS is designed as a logistics line, not a flag-and-footprints mission: recurring delivery of infrastructure-class cargo to sites chosen for what can be built there. Precision is the defining requirement, because cargo that lands a kilometer from where it is needed is a stranded asset, not a delivery.

It is also the most milestone-gated thing we do. The engineering groundwork proceeds now inside the same GNC and systems discipline that serves HERMES; the program scales when the Series A milestone is reached. That gating is a feature of the plan, not a hedge on it.

Platform Profile

Design target

ClassInfrastructure-scale surface delivery

PayloadModular accommodation for surface cargo

PrecisionTerrain-relative navigation, meter-class landing

Night survivalEngineered for the full 354-hour lunar night

AutonomyHazard-relative descent and landing

SequencingPhase 2; development scales at Series A

Performance specifications are design targets; detail available under NDA.

Open roles on this program

All open positions

Chief Systems Engineer

Engineering · Colorado · $220K to $300K base

Lead GNC Engineer

Engineering · Colorado · $170K to $220K base

ATLAS in the sequence

The last step outward, carried by everything before it.

Surface logistics is where the sequence points: manufacturing discipline from FORGE, awareness from NEXUS, operations from HERMES, connectivity from WIRES. Each earlier pillar makes the lunar step smaller.

FORGE

Defense-Grade Manufacturing & Test

The manufacturing and test discipline that qualifies ATLAS hardware is being built now, on revenue.

WIRES

Resilient PNT & Communications

Descent, landing, and surface operations run on resilient PNT and relay.

NEXUS

AI Operations & Cislunar Space Domain Awareness

Site characterization and approach corridors come out of the awareness layer.

Building toward the surface.

Capability briefings are available under NDA to qualified government and industry partners.

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