We're permanently here and we're not giving it up
Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace secured contracts to deliver landers, rovers, and drones to support the first crewed lunar landing as early as 2028. The multi-phase project aims to establish permanent infrastructure including power grids and habitats, with NASA envisioning a base spanning hundreds of square miles by the early 2030s.
- NASA awarded contracts to Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace
- First crewed lunar landing targeted for 2028
- Permanent habitats expected in the 2030s
- Base planned near the moon's south pole
- Artemis II completed in April 2026; Artemis III planned for mid-2027
NASA has awarded hundreds of millions in contracts to build a sprawling moon base near the lunar south pole, with construction beginning in 2029 and permanent habitation expected in the 2030s.
NASA is moving fast. Less than two months after four astronauts flew farther into space than any human since the Apollo era—looping around the moon on the Artemis II mission in April—the space agency has already begun writing checks. On Tuesday, from Cape Canaveral, NASA announced hundreds of millions of dollars in contracts to four American companies tasked with building the hardware for a permanent lunar settlement. The message was clear: the era of brief visits to the moon is ending. What comes next is meant to stay.
Blue Origin, the aerospace company backed by Jeff Bezos, will provide two landers designed to ferry lunar terrain vehicles—essentially moon buggies—to the surface near the moon's south pole. Astrolab and Lunar Outpost will manufacture those vehicles. Firefly Aerospace, which successfully landed on the moon last year, has been contracted to deliver the first drones to the lunar surface. All of this equipment is scheduled to arrive before the first crewed landing, which NASA is targeting for as early as 2028, following a planned docking test during the Artemis III mission in mid-2027.
The base itself will unfold in phases. The first phase, beginning in 2029, focuses on establishing initial infrastructure. The second phase, stretching from 2029 into the early 2030s, will build out permanent systems—power grids, habitats, the backbone of sustained human presence. By the 2030s, during the third phase, the base is expected to support astronauts living and working there for extended periods. Carlos Garcia-Galan, NASA's moon base program executive, described a sprawling settlement covering hundreds of square miles, with drones positioned at the perimeter to mark territorial boundaries. These boundary markers, called MoonFall, are designed with diplomacy in mind: they signal respect for other nations' spacecraft and equipment that may operate nearby, with the expectation that other countries will extend the same courtesy.
The vision extends beyond the moon itself. NASA sees the base as a catalyst for a lunar economy, a platform for scientific discovery, and a crucial stepping stone toward human Mars exploration. Jeannie Isaacman, who appears to be a key figure in the program's direction, emphasized that the effort represents humanity's permanent return to the lunar surface—not a temporary foothold, but a commitment to stay. "For those waiting patiently, the grand return is close at hand and we will not slow down," Isaacman said. "We are really just getting started." The statement carries weight: after more than fifty years since Apollo 17, the moon is no longer a destination. It is becoming a home.
Citas Notables
We're permanently here and we're not giving it up— Carlos Garcia-Galan, NASA moon base program executive
For those waiting patiently, the grand return is close at hand and we will not slow down. We are really just getting started.— Jeannie Isaacman
La Conversación del Hearth Otra perspectiva de la historia
Why the south pole specifically? Why not somewhere easier to reach?
The south pole has water ice in permanently shadowed craters. That ice is fuel, drinking water, and oxygen all in one place. It's the difference between a base that needs constant resupply from Earth and one that can sustain itself.
These drones marking territory—that sounds like a land grab. How does that sit with international law?
It's more subtle than that. They're saying: this is where we're operating, please don't land your equipment here. It's a courtesy notice, not a claim of ownership. But you're right to notice the tension. Space law is still being written.
2028 for the first landing, 2030s for permanent habitats. That's fast. Is NASA confident in that timeline?
They're confident enough to spend hundreds of millions on contracts. But timelines slip. Apollo took a decade. This is happening faster, with more private partners, which adds both speed and uncertainty.
What happens if China or another country lands nearby and doesn't respect these drone boundaries?
That's the real question nobody wants to answer yet. Isaacman said he expects reciprocity, but reciprocity only works if everyone agrees on the rules first. The moon base might force that conversation sooner than anyone expected.
Why does NASA need a permanent base? What's the actual scientific payoff?
Sustained presence means sustained research—geology, physics, resource extraction, life support systems that work in low gravity. But honestly, the base is also about proving we can do it. Mars is the real goal. The moon is the proving ground.