The right ground
changes everything.

A bright ridge in one image is not a continuous power supply. At polar latitudes, low sunlight interacts with local relief, mast height and shadows cast by the station itself. Build a time-resolved horizon model from terrain data, evaluate multiple seasonal conditions, and identify the longest credible interruption. Our 72-hour outage calculator is a sensitivity example; it is not a measured blackout at an ARLO site.

Landing zones need bearing strength, acceptable slopes, hazard clearance and a surface interaction model for the selected lander. Exhaust can mobilize regolith and threaten habitats, radiators and optics. The tour deliberately shows landing infrastructure outside the habitat cluster. It specifies no safe separation distance: that number must come from plume, ejecta and trajectory analysis, including future arrivals.

Ice in some permanently shadowed terrain is scientifically and commercially interesting. Extraction requires prospecting, excavation, energy, processing and contamination control. The first ARLO crew carries its water and contingency supply from Earth. A future pilot could establish recoverable concentration, variability and production energy before resource extraction joins the survival chain.

Compare at least three candidate locations using a consistent matrix: illumination gaps, local slope, boulders, soil properties, line of sight to Earth or contracted relays, science value, traverse difficulty and landing hazards. Carry uncertainty with every score. Select only after orbital mapping is supported by in-situ observations and the power, communications and transport teams agree on one operating envelope.