NASA's MoonFall Drones to Scout Lunar South Pole by 2028

NASA is sending a fleet of camera-equipped drones to hop across the moon's surface, and they're doing it faster than anyone thought possible. The MoonFall mission will deploy four robotic scouts over the lunar south pole by 2028, each covering roughly 30 miles of uncharted terrain.

Ray Baker leads the project at NASA's Jet Propulsion Laboratory in Pasadena, California. His team is building on the incredible success of Ingenuity, the little helicopter that completed 72 flights on Mars and proved aerial exploration works beyond Earth.

"We get to stand on their shoulders," Baker said. The MoonFall drones will carry 10 cameras and sensors each, creating an unprecedented 40-point view of the rocky lunar landscape below.

The mission solves a critical problem for NASA's Artemis program. Before astronauts can safely land on the moon and build a base, someone needs to scout the terrain and identify safe landing zones. These drones will do exactly that, hopping from spot to spot while their smart navigation systems find the safest places to touch down.

What makes MoonFall special is its speed and innovation. NASA is partnering with the emerging commercial space industry, leveraging their capabilities alongside JPL's expertise. The drones use off-the-shelf electronics similar to what you'd find in smartphones, but with sophisticated hazard detection to avoid dangerous terrain.

The timeline is ambitious but achievable. NASA plans to select industry partners by June 2025, with prototype testing happening later this year. Spacecraft integration starts in late summer 2027, leading to a 2028 launch.

The drones will be released mid-descent above the moon, eliminating the need for a full propulsive lander. This approach cuts both cost and risk while maximizing the mission's flexibility.

Why This Inspires

MoonFall represents a new era of space exploration where speed meets innovation. Instead of decades-long planning cycles, NASA is moving quickly by combining proven technology with fresh industry partnerships. The same gutsy spirit that made Ingenuity succeed on Mars is now being applied to our closest celestial neighbor.

This mission shows what's possible when space agencies embrace commercial capabilities and build on past successes. The drones will create detailed maps that future astronauts will rely on, turning the moon from an unknown frontier into a surveyed destination.

"It's going to be fast-paced. We believe we can do it," Baker said. That confidence comes from standing on Ingenuity's shoulders and looking toward humanity's return to the moon with fresh eyes and new tools.

By 2028, these four small drones will have done the groundwork that makes lunar bases possible, one hop at a time.