NASA’s Artemis campaign has identified nine candidate landing regions near the lunar South Pole, each containing multiple potential landing sites, as part of the first crewed lunar landing in more than 50 years. The Artemis IV mission page states these regions are being used to frame mission planning, with the south polar terrain mapped from Lunar Reconnaissance Orbiter imagery and refined for crewed surface operations.
The technical significance is high: south polar regions combine extreme lighting constraints, permanently shadowed areas, and likely volatile deposits, especially water ice, which are decisive for life support, propellant production, radiation shielding, and long-duration surface logistics. NASA’s continued restriction to nine regions shows that practical lunar habitation will depend on precise landing geometry, terrain safety, comms stability, and access to scientifically and operationally valuable resources.
For the Ark team, the immediate task is to track which of the nine regions survive into final mission selection, how NASA characterizes lighting, slope, and ice accessibility, and what instruments or surface systems are validated for the polar environment. The archive should integrate these region-level constraints into lunar habitat design assumptions, including thermal cycling, power architecture, mobility on rough terrain, and resource extraction planning tied to Artemis surface operations.