Artemis III Target Landing Sites Confirmed for Lunar South Pole

Navigating Lunar South Pole Shadow Topography

NASA has officially finalized the list of candidate landing regions for the upcoming Artemis III mission, which will return astronauts to the surface of the Moon for the first time in over fifty years. All target sites are clustered within six degrees of the lunar South Pole.

The South Pole is of intense scientific interest due to the presence of permanently shadowed craters. Instruments indicate these regions contain vast reserves of water ice. If extracted, this ice can be converted into liquid oxygen and hydrogen, supplying life support systems and rocket fuel for future deep-space voyages.

Regolith Water Ice Harvesting Dynamics

Landing in these regions presents unique challenges. Unlike the equatorial landing sites of the Apollo missions, the South Pole features extreme topography, with steep crater walls and long, low-angle shadows that complicate visual navigation. Spacecraft must utilize precision terrain-relative navigation to land safely in narrow, sunlit corridors.

The Artemis III mission will utilize SpaceX's Lunar Starship configuration as the human landing system. The crew will launch aboard the Space Launch System (SLS) rocket, dock with Starship in lunar orbit, and descend to the surface for a planned one-week scientific expedition.

Hodofeed's Perspective: Lunar Logistics is the New Frontier

At Hodofeed, we believe that lunar exploration is no longer a political public relations stunt. In our view, the Moon is a logistically crucial waypoint for deep space exploration. The first country or enterprise to build a scalable water-ice refinery and landing pad at the lunar South Pole will control the fuel supply lines of the solar system. The race is not about planting flags; it is about securing resources and building orbital infrastructure.