Program 05 · ATLAS

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ATLAS

Advanced Terrain-Landing Autonomous System

Precision Lunar Delivery

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

Phase 2 of the architecture. Precision delivery to the lunar surface.

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Constanellis builds five programs from the ground outward: FORGE and NEXUS on the ground, HERMES and WIRES in orbit, ATLAS on the lunar surface. ATLAS is the lunar stage of that sequence.

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, engineered for the hard terrain.

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

Precision lunar delivery

The scope runs past touchdown. ATLAS is designed to deliver utility as well as cargo: surface power delivery and distribution to assets that must survive the lunar night is part of the program's design intent. The engineering groundwork proceeds now, inside the same GNC and systems discipline that serves HERMES, with every landing drawing on EVERLIGHT navigation and the NEXUS picture of the approach corridor.

Surface power delivery
Platform Profile
Design target
ClassInfrastructure-scale surface delivery
Payload accommodationModular, on a standard mechanical and electrical interface
Payload massUndisclosedInside the propulsion and structures trade. Discussed under NDA.
Landing precisionTerrain-relative navigation to meter-class accuracy against a mapped site with known lighting
Landing precision, stated as errorUndisclosedAn accuracy without its confidence bound is a marketing figure. Both are discussed under NDA, together.
Night survivalSurvival case sized against a 354-hour lunar night with no solar generation for the duration
AutonomyHazard-relative descent and landing, onboard, without a ground loop in the descent
Surface powerPower delivery and distribution to surface assets
Program phasePhase 2 of the Constanellis architecture
Assumptions
  • Values are design targets at the maturity the badge above states, for a Phase 2 platform.
  • 354 hours is the reference night duration the survival case is sized against. Actual darkness at a given site is set by that site's illumination, which is a per-mission input rather than a platform property.
  • Precision figures assume a site mapped in advance to the resolution terrain-relative navigation needs. Precision against an unmapped site is a different problem and is not what this row claims.
  • Rows marked Undisclosed sit inside an open trade and are discussed under NDA with operators sizing a mission against them.

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 · $150K to $220K base
ATLAS in the architecture

The last step outward, carried by everything before it.

Surface delivery is where the architecture points: manufacturing discipline from FORGE, awareness from NEXUS, operations from HERMES, connectivity from EVERLIGHT. Each layer makes the lunar step smaller.

FORGE
Manufacturing & Flight Qualification

ATLAS hardware is manufactured and qualified on FORGE's floor, under the same quality system as everything else the company builds.

WIRES
Power Provision & Measurement

Descent, landing, and surface operations run on EVERLIGHT navigation, timing, and relay.

NEXUS
Lunar Economy Intelligence

Site characterization and the economics of a landing site come out of the NEXUS measurement corpus.

Building toward the surface.

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

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