AI Spacefactory
Develops autonomous large-scale 3D printing systems and basalt-fiber composites for space and terrestrial habitats, enabling construction in austere environments without traditional concrete.
- CEO / Founder
- David Malott
- Team Size
- 17
- Stage
- Established
- Total Funding
- $550K
- Latest Round
- Grant
- Key Investors
- NASA, Autodesk (Technology Partner)
Technology & Products
Key Products
MARSHA (15-foot tall 3D-printed habitat prototype), autonomous robotics for large-scale polymer additive manufacturing, basalt-fiber biopolymer composites.
Technological Advantage
Material technology verified by NASA to outperform concrete in pressure, smoke, and impact tests; winner of the NASA Centennial Challenge for 3D-printed habitats.
Differentiation
Value Proposition
Enables autonomous construction of high-strength, recyclable habitats in extreme environments (Mars/Moon/Earth) using proprietary basalt-fiber composites that outperform concrete in pressure and impact tests.
How They Differentiate
Differentiates through material science and structural geometry: uses a proprietary basalt-fiber biopolymer that is 3x stronger than concrete and requires no water (unlike ICON/Apis Cor), making it viable for Mars and water-scarce terrestrial sites. Their 'MARSHA' design utilizes a vertical, self-supporting beehive shape optimized for internal pressure and autonomous printing without external scaffolding.
Market & Competition
Target Customers
NASA, space agencies, lunar/Mars mission operators, and terrestrial construction firms operating in austere environments.
Industry Verticals
Aerospace/Defense, Construction
Competitors
ICON; Apis Cor; Branch Technology
Growth & Milestones
Growth Metrics
Won $500,000 NASA prize; investing $2,000,000+ in new Huntsville facility; expanding workforce by 25 new roles.
Major Milestones
Founded Feb 2017; Won 1st place in NASA Centennial Challenge (May 2019, $500K prize); Announced HQ relocation to Huntsville, AL (2024/2025).
Notable Customers
NASA