ENGINEERED FOR DEPLOYMENT

Product Development

SpaceFactory is advancing a portfolio of robotic platforms, manufacturing equipment, and autonomous systems from working prototypes toward operational deployment. These technologies are at varying stages of development, with opportunities for technical collaboration, field demonstrations, strategic partnerships, and investment to accelerate their maturation and commercialization.

SpaceFactory's F-MAV autonomous flightline vehicle photographed outdoors with an AI-enhanced airfield background.
01 / UNMANNED GROUND VEHICLE

F-MAV

Autonomous Flightline Maintenance Vehicle

Unmanned ground vehicle for tool and equipment transport, designed for GPS-denied operation with minimal operator burden.

STATUS

v0.5 prototype development; tested at regional airfield

DEVELOPMENT FOCUS

EMI/environmental testing · GPS-denied field validation

SpaceFactory's LITHOS-1 regolith surfacing apparatus during vacuum testing
02 / LUNAR PAYLOAD

LITHOS-1

Lunar Surface Technology Demonstrator

Low-SWaP robotic payload for processing and stabilizing lunar regolith to improve surface mobility and reduce dust disturbance.

STATUS

v2.0 prototype development; DVAC testing sch.12.2026

DEVELOPMENT FOCUS

Environmental testing · Rover integration

VIEW SYSTEM ↗
SFI large-format SpaceFactory 3D printing system
03 / ADDITIVE MANUFACTURING

StarForge (SFI)

Industrial Large-Format 3D Printer

Industrial large-format 3D printer for automated fabrication of complex components and structures.

STATUS

Development status to be confirmed

DEVELOPMENT FOCUS

Manufacturing process development · System validation

SFX expeditionary manufacturing system, interior view with doors open
04 / EXPEDITIONARY MANUFACTURING

StarForge-X (SFX)

Expeditionary Manufacturing System

Expeditionary additive manufacturing system for producing parts and components at point-of-need.

STATUS

v1.0 completed and 3rd-party tested

DEVELOPMENT FOCUS

Product refinement · Manufacturing readiness

MedMaker-1 3D printer with sterile ultraviolet lighting for manufacturing anti-microbial parts
05 / ORBITAL PAYLOAD

MedMaker-1

Anti-Microbial 3D Printer Payload

Anti-microbial filament printer developed with the University of Nebraska Omaha for research aboard the International Space Station. Adapting a Voron printer, the system incorporates sterile UV lighting and integrates with a NanoRacks module.

STATUS

Initial build completed; Development on hold—soliciting additional research partners

DEVELOPMENT FOCUS

ISS research experiments · Fractional payload (pay per build-plate)

Regolith-polymer composite "lithomer" cube for mechanical characterization
06 / ENGINEERED MATERIALS

Lithomers

Regolith-Polymer Composites

Family of engineered regolith-polymer composite materials for surface infrastructure and construction applications.

STATUS

Material development · Mechanical characterization

DEVELOPMENT FOCUS

Binder formulation · Environmental characterization · In-situ fabrication

ASTRA industrial robotic fabrication arm in the workshop
07 / ROBOTIC CONSTRUCTION

ASTRA

Robotic Additive Construction System

Large-scale robotic additive construction system integrating industrial robotics and automated fabrication.

STATUS

Internally tested prototype

DEVELOPMENT FOCUS

Platform integration · Demonstration builds

DISCUSS A PARTNERSHIP

SpaceFactory welcomes implementation partners and strategic investors to accelerate product development, validation, and deployment.