ASTROPORT SPACE TECHNOLOGIES
The Moon Is Not
Construction-Ready.
Before sustained lunar operations can scale, missions require stable terrain, transportation routes, dust mitigation, construction materials, and infrastructure capable of supporting long-term activity.
Astroport develops the systems required to transform raw lunar terrain into operational infrastructure.
Survey
Understand terrain, topology, and subsurface conditions.
Prepare
Excavate, grade, compact, and stabilize lunar worksites.
Process
Handle, sort, and condition regolith for construction use.
Construct
Build pads, roads, berms, shielding, and surface assets.
Operate
Support long-term access, maintenance, and mission growth.
From Raw Terrain to Operational Infrastructure.
Astroport organizes lunar construction as a complete surface infrastructure sequence: characterize the site, prepare the terrain, process local materials, construct durable assets, and support long-term operations.
Explore InfrastructureTerrain, topology, and subsurface site characterization.
Excavation, grading, compaction, and surface stabilization.
Bulk material handling, sorting, conditioning, and feedstock preparation.
Landing pads, roads, berms, shielding, and foundation systems.
Access, maintenance, logistics, expansion, and long-duration site support.
Infrastructure systems for the lunar surface economy.
Astroport develops the surface systems required to prepare, stabilize, construct, and operate mission-critical infrastructure on the Moon.
Lunar Site Preparation
Terrain preparation for excavation, grading, compaction, stabilization, access routes, and construction staging.
Landing Pads & Roads
Stabilized surfaces and route infrastructure that improve access, reduce surface disturbance, and support repeatable operations.
Regolith Construction Materials
Regolith handling, beneficiation, sintering, and construction-material workflows for high-volume lunar infrastructure production.
Fission Surface Power Infrastructure
Site preparation, shielding, access, and protective infrastructure for future lunar power installations.
Engineering the toolchain for lunar construction.
Astroport develops the materials knowledge, robotic demonstrators, tool interfaces, and next-generation surface systems required to move from raw regolith to deployed infrastructure.
Regolith Mechanics & Materials
Lunar soil behavior, particle handling, compaction, sintering, material performance, and construction feedstock development.
Brickbot
A terrestrial demonstration platform for acquisition, beneficiation, heating, forming, placement, and subsystem integration.
UTPIA / FLEX Integration
A mobility-platform-agnostic implement architecture initially advanced through Astrolab FLEX integration and expandable to other robotic platforms.
Future Surface Systems
Surface miners, trenchers, graders, shovel-sieves, compactors, and construction implements for broader lunar site preparation.
Infrastructure for the missions that come next.
Astroport’s systems support the surface operations required for repeatable landing, power deployment, mobility, logistics, and long-term lunar development.
Prepared landing zones, plume mitigation, and access routes.
Shielding, vaults, service roads, and reactor site preparation.
Trafficable corridors between landing, power, storage, and construction zones.
Infrastructure sequencing for long-duration operations and expansion.
From research contracts to field demonstrations.
Astroport’s public progress reflects a growing infrastructure roadmap across NASA-funded technology development, commercial partnerships, university collaborations, and surface-system demonstrations.
View NewsNASA Regolith Construction Research
Early development of lunar regolith brickmaking and infrastructure concepts.
Lunar Site Preparation
NASA-supported work on landing/launch pad preparation and bulk regolith handling.
Expanded SBIR/STTR Portfolio
Multiple efforts across regolith conveyance, filtering, feed systems, and construction demonstrations.
Commercial Lunar Partnerships
Collaboration pathways with lunar mobility, logistics, and surface infrastructure partners.
Surface Tooling Demonstrations
Field demonstrations and continued development of site preparation implements and construction systems.
Building infrastructure before permanent settlement.
Astroport is a U.S. space infrastructure company developing the civil engineering systems required to prepare, construct, and operate high-value assets on the Moon.
About AstroportThe lunar surface is the next frontier of civil engineering.
Whether you are developing landers, mobility platforms, power systems, or long-duration surface operations, infrastructure starts with the terrain beneath you.