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Relevant Environment Additive Construction Technology (REACT-ACO)

Completed NASA Game Changing Development project led by AI SpaceFactory, Inc. with Kennedy Space Center support that developed and optimized a simulated lunar regolith-polymer composite for additive construction under lunar conditions. REACT-ACO demonstrated subscale printing of an unpressurized protective shelter in a simulated Lunar Dirty Thermal Vacuum environment, using Fused Filament Fabrication and closeout Fused Granular Fabrication methods. The construction approach targets durable lunar and Mars infrastructure such as shelters, blast protection, landing pads, roads, and habitats, advancing in-situ resource utilization for Artemis sustainable presence while addressing radiation, thermal gradients, meteoroids, and plume ejecta risks.

Identity

Aliases
REACT-ACOREACTRelevant Environment Additive Construction Technology
Domains
spaceflight
Name
Relevant Environment Additive Construction Technology (REACT-ACO)
Status
completed
Types
developmentresearchoperations

Details

Description
Completed NASA Game Changing Development project led by AI SpaceFactory, Inc. with Kennedy Space Center support that developed and optimized a simulated lunar regolith-polymer composite for additive construction under lunar conditions. REACT-ACO demonstrated subscale printing of an unpressurized protective shelter in a simulated Lunar Dirty Thermal Vacuum environment, using Fused Filament Fabrication and closeout Fused Granular Fabrication methods. The construction approach targets durable lunar and Mars infrastructure such as shelters, blast protection, landing pads, roads, and habitats, advancing in-situ resource utilization for Artemis sustainable presence while addressing radiation, thermal gradients, meteoroids, and plume ejecta risks.
End Date
2023-10-13
Leads
-
Parent Program
Participants
Start Date
2021-01-15

Assets & Meta

Creation Time
August 14, 2026 at 03:47:47 UTC
Updated Time
August 14, 2026 at 03:47:47 UTC

Other