We're permanently here and we're not giving it up
In the weeks following the Artemis II mission, NASA has committed more than a billion dollars to four American companies tasked with building the foundational infrastructure of a permanent lunar base — landers, rovers, and drones meant to arrive on the moon before human boots do in 2028. It is a moment that echoes the methodical choreography of Apollo, where machines were sent ahead to prepare the way for people. What unfolds now is not merely a return to the moon, but the first deliberate act of constructing a world beyond our own — a base that NASA envisions as both a scientific outpost and the economic and logistical stepping stone toward Mars.
- NASA is moving with uncommon urgency, awarding over a billion dollars in contracts just weeks after Artemis II, signaling that the lunar base timeline is no longer aspirational — it is operational.
- Four companies — Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace — must deliver landers, moon buggies, and drones to the lunar surface before astronauts arrive, creating a race against a 2028 deadline with no margin for delay.
- The phased construction plan stretches into the 2030s, with permanent habitats and power systems following the initial hardware drops, but each phase depends on the previous one landing on schedule and intact.
- Boundary-marking drones called MoonFall introduce a geopolitical dimension, as NASA attempts to define territorial courtesy on a celestial body where no formal property law exists and other nations are increasingly active.
- With an estimated $107 billion already spent on return-to-moon efforts and billions more pledged, the financial and institutional momentum is now so great that slowing down may be harder than pressing forward.
NASA has begun placing the first physical orders for a permanent moon base, awarding more than a billion dollars in contracts to Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace — all within weeks of completing the Artemis II mission. Each company has a specific role: Blue Origin will build landers to ferry equipment to the surface, Astrolab and Lunar Outpost will supply lunar terrain vehicles to ride inside them, and Firefly Aerospace will deliver the first drones. The plan is for all of this hardware to be in place before astronauts land in 2028.
The approach mirrors Apollo's logic — send machines first, then people. NASA is targeting a 2027 test mission, Artemis III, in which astronauts will practice docking in Earth orbit, much as Apollo 9 rehearsed the lunar module before Apollo 11 made history. The actual surface landing, with two astronauts descending, is projected for as early as 2028.
What follows is a multi-decade construction arc. A second phase in the early 2030s will establish permanent power systems and habitats. A third phase will mature the base into a facility capable of supporting extended human stays across hundreds of square miles. Drones stationed at the perimeter — a system called MoonFall — will mark territorial boundaries, a detail NASA frames as diplomatic courtesy toward other nations operating nearby rather than a claim of ownership.
NASA Administrator Jared Isaacman has been direct about the scale of ambition: the moon base is meant to seed a lunar economy and serve as a launchpad for Mars. The Planetary Society estimates NASA will have spent roughly $107 billion on return-to-moon efforts through 2026, with billions more committed ahead. "We are really just getting started," Isaacman said — and the contracts now in motion suggest that is precisely true.
NASA has begun ordering the hardware for a permanent moon base, awarding more than a billion dollars in contracts to four American companies just weeks after completing the Artemis II mission. Blue Origin, Astrolab, Lunar Outpost, and Firefly Aerospace will build the landers, rovers, and drones that the space agency hopes will be in place before astronauts set foot on the lunar surface in 2028.
The contracts represent the first concrete step in what NASA envisions as a multi-phase construction project. Blue Origin will provide two landers capable of ferrying equipment to the moon's surface. Those landers will carry lunar terrain vehicles—essentially moon buggies—designed and built by Astrolab and Lunar Outpost. Firefly Aerospace, which achieved its first successful orbital flight last year, will deliver the first drones to the lunar surface. All of this equipment is meant to arrive before the Artemis astronauts touch down, creating the skeleton of infrastructure that will support human presence on another world.
The timeline is aggressive. NASA is targeting Artemis III, a test flight in which astronauts will practice docking procedures in Earth orbit, for mid-2027. That mission will involve one or two of the lunar landers being developed by Blue Origin and SpaceX. The actual landing—with two astronauts descending to the surface—could happen as early as 2028. It mirrors the approach NASA took during the Apollo program, when Apollo 9 tested the lunar module in Earth orbit in 1969 before Apollo 11 landed on the moon four months later.
But the 2028 landing is only the beginning. NASA plans to build the moon base in phases. The second phase, running from 2029 into the early 2030s, will focus on permanent infrastructure: power systems, habitats, and the basic utilities needed to sustain human life. The third phase, sometime in the 2030s, will see the base mature into something capable of supporting astronauts for extended stays in specialized habitats. NASA's moon base program executive, Carlos Garcia-Galan, described the eventual vision: a sprawling installation covering hundreds of square miles, with drones stationed at the perimeter to mark territorial boundaries.
Those boundary markers—called MoonFall—reflect a diplomatic consideration. NASA Administrator Jared Isaacman emphasized that the territorial markers are designed to respect other nations' spacecraft and equipment that may be operating nearby, with the expectation that other countries will extend the same courtesy. The moon base is not simply a scientific outpost; it is meant to be the foundation of a lunar economy, a place where research can be conducted and where humanity can prepare for eventual missions to Mars.
The financial commitment is staggering. The Planetary Society, a space advocacy organization founded by the late astronomer Carl Sagan, estimates that NASA will have spent approximately $107 billion on return-to-the-moon efforts through 2026 when adjusted for inflation. Isaacman has indicated that NASA expects to invest additional billions over the next seven years specifically for the moon base mission. "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 contracts announced this week suggest that statement is more than rhetoric—the machinery of lunar construction is already in motion.
Citas Notables
For those waiting patiently, the grand return is close at hand and we will not slow down. We are really just getting started.— NASA Administrator Jared Isaacman
Then we'll be able to say, 'Hey, we're permanently here and we're not giving it up.'— Carlos Garcia-Galan, NASA moon base program executive
La Conversación del Hearth Otra perspectiva de la historia
Why does NASA need all this equipment on the moon before astronauts even arrive?
Because you can't build a base from scratch with just people and spacesuits. The rovers and drones need to be there doing reconnaissance, moving supplies, marking safe zones. It's like sending construction equipment to a remote site before the workers show up.
The boundary markers—the MoonFall drones—that seems oddly political for a scientific mission.
It is political, but not in a hostile way. Multiple countries are sending spacecraft to the moon now. Without some agreed-upon way to mark territory, you risk collisions or disputes. NASA is essentially saying: we'll respect your space if you respect ours.
Why 2028? Why not push for 2030 or 2035?
Because the window is closing. Other nations are moving fast. China has lunar ambitions. If NASA waits, it loses the narrative of being first back. Also, the technology is ready enough now. Waiting longer just delays the economic and scientific benefits.
The moon base is supposed to support a lunar economy. What does that even mean?
Mining, manufacturing, fuel depots for deeper space missions. The moon has resources—water ice, rare minerals. If you can extract and use them there instead of launching everything from Earth, space becomes cheaper and more sustainable. The base is the infrastructure that makes that possible.
$107 billion already spent, and billions more to come. Is this worth it?
That depends on what you value. If you want humanity to become a spacefaring species with permanent settlements beyond Earth, yes. If you think that money should stay on Earth solving terrestrial problems, no. NASA is betting that the two aren't mutually exclusive—that the technology developed for the moon creates benefits here too.