We're permanently here and we're not giving it up
Humanity's relationship with the moon is shifting from visitation to habitation. NASA has committed hundreds of millions of dollars to four American companies — Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace — to build the foundational hardware of a permanent lunar base near the south pole, with the first crewed Artemis landing targeted as early as 2028. The three-phase plan stretching into the 2030s reflects something older than space policy: the ancient human impulse to not merely arrive somewhere, but to stay.
- NASA is moving with unusual speed, awarding major contracts just weeks after astronauts completed the farthest human journey from Earth since Apollo — momentum that signals institutional urgency, not routine procurement.
- The scope is vast and deliberate: landers, terrain rovers, drones, power grids, and boundary markers across hundreds of square miles of lunar terrain, all meant to arrive before the first boots touch the south pole in 2028.
- A three-phase construction timeline — initial foothold by 2028, permanent infrastructure by the early 2030s, extended human habitation by mid-decade — introduces the complexity of long-range planning into a program historically prone to delay.
- The appearance of territorial markers, framed diplomatically as gestures of mutual respect, signals that the moon is no longer empty enough to ignore — other nations' hardware is already there, and the question of coexistence has become practical.
- NASA's stated ambitions reach past the moon itself: the base is envisioned as an economic engine, a scientific platform, and a rehearsal stage for the far longer journey to Mars.
NASA is writing checks fast. Just weeks after four astronauts completed the farthest human journey from Earth since the Apollo era, the agency announced hundreds of millions of dollars in contracts to four American companies charged with building the hardware for a permanent moon base near the lunar south pole.
Blue Origin will supply landers to carry terrain vehicles built by Astrolab and Lunar Outpost. Firefly Aerospace, which successfully landed on the moon last year, will deliver the first drones. All of it is meant to be in place before the first crewed Artemis landing, targeted for as early as 2028 — a timeline that leaves little room for error.
The plan moves in three phases. The first establishes an initial foothold by 2028, preceded by a 2027 practice mission to refine docking procedures. The second phase, running into the early 2030s, builds out permanent infrastructure including a power grid. The third sees the base mature into a place where astronauts can live for extended periods in purpose-built habitats.
The vision is precise enough to include boundary markers — drones called MoonFall stationed at the base's perimeter, described by NASA's program executive as gestures of territorial courtesy toward other nations whose spacecraft may already be nearby. The expectation, officials said, is reciprocity. The moon is becoming crowded.
Beyond the logistics, NASA frames the base as something larger: a driver of lunar economic activity, a laboratory for scientific discovery, and a proving ground for the technologies that will eventually carry humans to Mars. The message from agency leadership was unambiguous — the era of brief lunar visits is ending, and what follows is permanence.
NASA is moving fast. Less than two months after four astronauts looped around the moon in April and traveled farther from Earth than any human since the Apollo era, the space agency has already started writing checks. On Tuesday, it announced hundreds of millions of dollars in contracts to four American companies tasked with building the hardware for a moon base that will sprawl across hundreds of square miles near the lunar south pole.
Blue Origin, the company owned by Jeff Bezos, will provide a pair of landers designed to ferry lunar terrain vehicles to the surface. Those buggies will come from two manufacturers: Astrolab and Lunar Outpost. Firefly Aerospace, which successfully touched down on the moon last year, will deliver the first drones. The timeline is ambitious. All of this equipment is supposed to arrive before the first crewed Artemis landing, targeted for as early as 2028.
The plan unfolds in three phases. The first phase, culminating in that 2028 landing, will establish the initial foothold. Before that happens, NASA's Artemis III mission—scheduled for mid-2027—will send another crew to practice docking the Orion capsule with the lunar landers that Blue Origin and SpaceX are developing. The second phase, running from 2029 into the early 2030s, will begin constructing permanent infrastructure, including a power grid. The third phase, sometime in the 2030s, will see the base mature enough to support astronauts living there for extended periods in specialized habitats.
The vision is granular and territorial. Carlos Garcia-Galan, NASA's moon base program executive, imagines the base marked at its perimeter by drones called MoonFall, stationed at the corners like boundary markers. This is not accidental. Jeannie Isaacman, who appears to be speaking for the broader mission, framed these markers as a gesture of respect toward other nations' spacecraft and equipment that might be in the vicinity. The expectation, she said, is reciprocity—a recognition that the moon is becoming crowded enough that territorial courtesy matters.
The larger purpose extends beyond planting a flag. NASA sees the moon base as an engine for economic activity, a platform for scientific discovery, and a proving ground for the technologies and techniques needed for Mars. Isaacman's language was emphatic: "For those waiting patiently, the grand return is close at hand and we will not slow down. We are really just getting started." The message was clear. The age of brief visits to the moon is ending. What comes next is permanence.
Notable Quotes
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
The Hearth Conversation Another angle on the story
Why move so fast? The Artemis II mission just finished in April. Why award these contracts now?
Because the window is real. If you want hardware on the moon by 2028, you have to start manufacturing now. There's no slack in this timeline.
And the drones marking territory—that's unusual language for a space program. What's actually happening there?
The moon is getting crowded. Other countries have landers there. Private companies are coming. NASA is saying: here's where we are, here's how much space we're using, and we expect you to respect that. It's a claim without being aggressive about it.
Is 2028 realistic for a landing?
It's the target. Whether it holds depends on whether Blue Origin and SpaceX deliver their landers on schedule, whether the Artemis III docking practice works, whether nothing breaks. It's ambitious but not impossible.
What happens if the base actually works? What's the endgame?
Mars. Everything before that is practice. The moon base teaches you how to live off-world, how to generate power, how to sustain people far from home. Once you can do that on the moon, Mars becomes possible.