Exoplanetary Modules

Surface habitats, command centers, and scientific outposts for Moon, Mars, and beyond. These modules are engineered for harsh planetary environments and are equipped with modular bases, regolith shielding capabilities, and in-situ resource utilization (ISRU) compatibility for anchoring and local material integration. Interior configurations support life support, science labs, AI-controlled logistics, and remote operation terminals.

Orbital Modules

Pressurized and unpressurized modules designed to operate in cislunar, Martian, and Earth orbits. Orbital modules include configurations for research, habitation, and logistics support, and feature standardized CBM+ interfaces for robotic and crew vehicle docking. They are adaptable for both commercial stations and governmental platforms and include integrated power, comms, and cooling systems.

Nuclear Modules

Self-contained energy modules including small modular reactors (SMRs), radiothermal electric generators (RTGs), and deployable power management systems. These units are built for redundancy and long-duration reliability on the lunar or Martian surface, or in orbit, and are fully shielded to comply with safety and launch standards. Each module can autonomously regulate output and interface with multiple ARX systems.

Integrated Systems

ARX STELLA’s modules shells use multi-layer honeycomb walls that enable passive water cycling for thermal control and solar radiation mitigation. Each module can function independently or as part of a connected network, enhancing flexibility in mission planning and execution.