Produced by: Business Today Desk
NASA isn’t heading back to familiar lunar ground—it’s targeting the Moon’s south pole. Scientists say this shadowy, extreme region could hold answers hidden for billions of years beneath its frozen surface.
Buried in permanent darkness, water ice may exist inside craters like Shackleton. NASA studies suggest these reserves could be converted into drinking water, oxygen, and even rocket fuel for future missions.
The rim of Shackleton crater is emerging as a prime landing candidate. Why? It offers rare near-constant sunlight while sitting dangerously close to permanently shadowed regions—making it both strategic and risky.
Unlike most of the Moon, certain peaks near the south pole receive sunlight for extended periods. Experts call them “peaks of eternal light,” crucial for powering missions through solar energy in a harsh environment.
Deep craters near the south pole never see sunlight—temperatures plunge below -200°C. These cold traps act like natural freezers, preserving ice deposits scientists believe have existed for millions of years.
This isn’t Apollo’s flat terrain. The south pole is rugged, uneven, and filled with steep slopes and deep shadows. NASA engineers say landing here requires precision never attempted in human lunar missions.
Water on the Moon isn’t just science—it’s strategy. Space agencies see the south pole as a potential refueling hub, turning lunar resources into a stepping stone for missions to Mars and beyond.
Orbiters and past missions have mapped hydrogen signals across the south pole, hinting at water presence. NASA and ISRO findings have strengthened the case, but the real confirmation requires boots on the ground.
The long-term vision goes beyond landing. NASA aims to build a sustained presence near the south pole, where sunlight, water, and terrain combine to create the most viable location for a future lunar base.