West GalacticHolding Co. · HALO Program Company overview

The HALO Program

A sequenced
industrial architecture.

HALO is not a single station concept. It is a dependency map for the industrial backbone required to make orbital industry rational. Each layer proves and enables the next. The order is the invention.

A chain, not a station

The strongest narrative around HALO begins with a simple structural truth: HALO is an infrastructure chain, and HALO-1 is its first major outcome — not its first move.

Earlier station-first concepts have failed because they ask one giant object to solve every problem at once: power, life support, mass, manufacturing, logistics, and human operations. HALO inverts that. The chain comes first; the station becomes possible because of it.

Each operating layer in the program proves an upstream capability and enables a downstream one. No later layer is asked to prove what an earlier layer should already have proven.

Operating Ecosystem · Six Layers

The full infrastructure chain.

  1. 01 LayerLunar power

    AURORA

    Generation, storage, transmission, continuity, and utility-scale lunar energy infrastructure. The first enabling layer. Without persistent power there is no mining, refining, fabrication, launcher, or industrial uptime — only symbolic presence.

    Strategic role · Lunar power provision and transmission backbone
  2. 02 LayerLunar industry

    MOONFORGE

    Excavation, beneficiation, oxygen extraction, shielding products, early metallurgy, fabrication, and standardised lunar industrial outputs. Turns lunar material from raw resource potential into useful industrial output.

    Strategic role · Lunar mining, refining, and fabrication
  3. 03 LayerLunar freight

    RAILSTAR

    Electromagnetic launch infrastructure, export cadence, canister standards, cargo handling, and lunar-to-cislunar freight flow. Turns lunar production into an exportable supply corridor for orbital construction.

    Strategic role · Lunar freight and export corridor
  4. 04 LayerOrbital handling

    SHEPHARD

    Cargo receipt, stabilisation, towing, sorting, yard operations, and material movement. Prevents the orbital build process from becoming improvised and fragile.

    Strategic role · Orbital interception and handling vehicles
  5. 05 LayerOrbital port

    AXLEPORT

    Docking, transfer, staging, handling, and the clean interface between visiting spacecraft and rotating infrastructure. Functions as the orbital port, logistics hub, and construction-yard anchor.

    Strategic role · Non-rotating orbital hub and yard interface
  6. 06 LayerOrbital base

    HALO

    Rotating 1g-class environment for manufacturing, logistics, maintenance, long-duration work, storage, docking, and later ring expansion. The first major threshold asset created by the earlier infrastructure chain.

    Strategic role · Gravity-capable orbital industrial base

HALO-1 · Threshold Asset

The first
major outcome.

HALO-1 is positioned as the first visible major outcome of the West Galactic infrastructure chain — not its first move. The chain comes first; HALO-1 is what becomes possible because of it.

A gravity-capable orbital industrial base

An orbital warehouse, factory, worksite, port, and long-duration industrial environment.

HALO-1 is designed around gravity as a practical industrial condition, not a luxury feature. Most human industry assumes gravity: warehouses, tools, plumbing, storage, maintenance, ergonomics, long-duration work, and daily life. A 1g-capable orbital environment creates a more believable path for manufacturing and operations to become normal beyond Earth.

HALO-1 is the first member of a repeatable modular ring family — not the final end state. Microgravity remains valuable for specific tasks, but it should not be the permanent default environment for every form of off-world industry.

Identity
Gravity-capable orbital industrial base1g-class environment via rotation
Reference deck
~750 m radius≈ 1.5 km across, lay framing
System mass target
~52,000 ttens-of-thousands-of-tonnes class
Strategic role
Orbital industry, not spectaclemanufacturing · logistics · maintenance · long-stay
Why the Moon

Earth is the right place for people, precision systems, advanced electronics, and bootstrap equipment. It is the wrong permanent source for the bulk structural burden of a kilometer-class orbital industrial base.

The Moon changes the equation. It has lower gravity, no atmosphere, and the classes of feedstock needed for early orbital infrastructure. Once powered and industrialised, the Moon becomes a quarry, refinery site, fabrication site, and logistics origin point for cislunar construction.

Why 1g

HALO is not designed around gravity as a luxury. It is designed around gravity as a practical industrial condition.

Most human industry assumes gravity: warehouses, tools, plumbing, storage, maintenance, ergonomics, long-duration work, and daily life. A gravity-capable orbital environment creates a more believable path for manufacturing and operations to become normal beyond Earth.

Microgravity remains valuable for specific tasks — but it should not be treated as the permanent default environment for every form of future space industry.

See how it gets built.

The deployment roadmap — Phase 0 through Phase 5 — gate-based, validation-first, and structured so each phase proves the next.

The roadmap