LUNAR OPERATIONS
Autonomous robotic systems for sustained lunar surface operations — geological survey, resource extraction, terrain reconnaissance, and infrastructure preparation for the OEX Lunar Gateway Surface Node.
Building the foundation for permanent lunar presence.
Every lunar mission is designed to contribute to a single objective: making the Moon's south pole self-sustaining. From resource extraction to site preparation, each vehicle and system feeds into the long-term infrastructure roadmap.
About OrbitExSpaceSouth Pole Geological Survey
Deploy the OEX Lune-Traverse I rover to conduct a systematic multi-spectral geological survey across a 400 km² zone at the lunar south pole. Map subsurface water-ice distribution using neutron spectrometer arrays derived from NASA VIPER heritage instrumentation.
In-Situ Resource Extraction
Operate the ARIA-Harvester platform for continuous regolith excavation and oxygen extraction via molten electrolysis. Target output: 200 kg O₂/month at full operations, with iron, aluminium, and silicon recovery as byproduct feedstocks.
Autonomous Reconnaissance Network
Deploy up to six NEXUS-1 Scout units to form a persistent reconnaissance mesh across the operational zone. Real-time 3D terrain mapping at 2 cm resolution, hazard monitoring, and communication relay chain for permanently shadowed craters.
Surface Node Construction
Prepare and grade regolith surfaces for the OEX Lunar Gateway Surface Node, scheduled for construction in 2031. Assess terrain stability, solar irradiance, and structural load-bearing capacity at candidate sites.
PARTNER WITH US ON LUNAR OPERATIONS
Whether you're a government agency, research institution, or commercial partner — we're building the infrastructure for humanity's return to the Moon.