Advanced Manufacturing

FORGE

Fabrication, Origination, Refinement, Grade Engineering

The manufacturing engine of the cislunar stack. Today, precision flight hardware on Earth — 5-axis CNC, metal additive, and composite fabrication under one roof, on an AS9100 pathway and ITAR-registered. The same refinement discipline scales to the resource layer of the lunar economy.

CNC Machining

5-axis precision for complex geometries across aerospace alloys.

CapabilityAerospace-grade tolerances

MaterialsAluminum, titanium, nickel-based superalloys, stainless

FinishStandard and critical-surface finishes

Metal Additive

Industrial metal additive manufacturing for topology-optimized structures and flight-hardware prototyping.

ProcessPowder-bed fusion (DMLS / SLM)

MaterialsTitanium, nickel-based superalloys, aluminum, stainless

UseStructural, thermal, propulsion components

Composite Fabrication

Carbon-fiber, glass-fiber, and aramid layup with autoclave curing and full material traceability.

CureAutoclave

Fiber SystemsCarbon, glass, aramid

InspectionNDI per aerospace standards

TraceabilityFull certificate-of-conformance chain

Quality & Compliance

AS9100 Pathway

Flight-hardware quality management system in development

ITAR Registered

International Traffic in Arms Regulations compliant

U.S. Small Business

U.S.-owned and operated

Material Traceability

Full certificate-of-conformance chain for every build

First Article Inspection

FAIR per AS9102 for flight hardware

The Longer Arc · In-Space Resources

The manufacturing line does not stop at Earth orbit.

FORGE is the vertical-integration engine of the cislunar stack — and its mandate extends to the surface. The same refinement and grade-engineering discipline that qualifies flight hardware today is what turns lunar resources into product tomorrow: in-situ production that lets a permanent presence stop shipping every kilogram from Earth.

Propellant

Lunar water ice refined toward LOX / LH2 — the fuel that makes cislunar logistics economical.

Materials

Regolith processed into structural and radiation-shielding material for surface infrastructure.

In-situ production

Additive and forming processes adapted for the lunar environment, fed by local feedstock.

In-space resources is an active development roadmap; program detail available under NDA.

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