We are permanently here and we are not giving it up
For the first time since Apollo's final footsteps in 1972, humanity is preparing not merely to visit the moon but to inhabit it. NASA's $20 billion initiative, announced this week by Administrator Jared Isaacman, represents a generational commitment to permanent lunar presence — beginning with three cargo missions in 2026 and culminating in astronaut landings by 2028. The plan reflects a deeper philosophical shift: the moon is no longer a destination to be reached, but a place to be built, sustained, and ultimately called home.
- After more than five decades without human footprints on the lunar surface, NASA is moving with deliberate urgency — three cargo missions launching in 2026 alone signal that the groundwork begins now, not later.
- The sheer complexity of coordinating Blue Origin, Astrobotic, ESA, and the Korean Space Agency across years of launches creates a web of interdependencies where a single failure could cascade through the entire timeline.
- Each 2026 mission carries a specific burden: one tests how rocket exhaust reshapes the lunar surface, another trials the rover mobility systems astronauts will one day depend on, and a third investigates mysterious magnetic anomalies that science has yet to explain.
- The 2028 Artemis-III landing — the first crewed touchdown since Gene Cernan left the moon in December 1972 — is being framed not as a climax but as a starting line for the infrastructure-building phase that follows.
- By 2032, NASA envisions routine crew rotations and a functioning power grid, a trajectory that would transform the moon from an achievement into an address — permanent, operational, and, in the words of its programme executive, something humanity will not give up.
NASA is going back to the moon — and this time, it intends to stay. Administrator Jared Isaacman announced a $20 billion, three-phase initiative to establish humanity's first permanent lunar outpost, with three cargo missions launching this year and astronauts targeted to land by 2028.
The 2026 missions each carry distinct purpose. Blue Origin's Blue Moon lander will touch down on the Shackleton Connecting Ridge carrying cameras to study thruster interactions with the lunar surface and a laser array to sharpen orbital navigation. A second mission aboard Astrobotic's Griffin lander will deliver over 1,100 pounds of cargo, including Astrolab's FLIP rover to test the mobility systems that will eventually carry astronauts across the terrain. A third will bring NASA's Lunar Vertex payload to investigate the moon's enigmatic bright surface formations, alongside instruments from European and Korean partners.
These missions are fundamentally about risk reduction — validating the technologies and procedures that must work before the Artemis-III crew lands in 2028, marking the first human presence on the lunar surface since Apollo 17 in 1972.
From 2029 to 2032, the focus shifts to permanence: power grids, continuous habitation systems, and the infrastructure of a working outpost. After 2032, the vision scales further — routine crew rotations, sustained surface operations, and what programme executive Carlos Garcia-Galan described as an unambiguous declaration that humanity has arrived and will not be leaving.
The $20 billion commitment reflects both the technical severity of the lunar environment — extreme temperatures, constant radiation, total operational isolation — and the coordination challenge of weaving together multiple contractors and international agencies across a decade of launches. The recently completed Artemis-II lunar flyaround, the first crewed journey beyond low Earth orbit since Apollo, provided the confidence that the next step is within reach. What follows is not exploration in the old sense, but construction.
NASA is going back to the moon—and this time, it plans to stay. On Tuesday, NASA Administrator Jared Isaacman announced a $20 billion initiative to build humanity's first permanent outpost on another world, with three cargo missions launching this year to lay the groundwork and astronauts expected to set foot on the lunar surface by 2028.
The plan unfolds in three distinct phases over the next decade. This year alone, NASA will send three separate missions to test equipment and deliver the tools needed for sustained operations. The first, scheduled for no earlier than September, will use Blue Origin's Blue Moon Mark 1 Endurance lander to touch down on the Shackleton Connecting Ridge. That mission will carry specialized instruments including stereo cameras designed to study how spacecraft thrusters interact with the lunar surface, and a laser retroreflective array that will help orbiting spacecraft pinpoint locations with greater precision. The second mission, also targeted for 2026, will launch aboard Astrobotic's Griffin lander carrying more than 1,100 pounds of cargo, including Astrolab's FLIP rover—a vehicle meant to test the mobility systems that will eventually inform the design of lunar terrain vehicles for astronauts. A third mission, also planned for this year, will deliver NASA's Lunar Vertex science payload to investigate mysterious bright formations on the moon's surface that scientists suspect may be connected to magnetic fields beneath the crust, along with instruments from the European Space Agency and Korean Space Agency.
The immediate goal is risk reduction. These three missions will validate technologies and operational procedures before the Artemis-III mission brings astronauts to the surface in 2028. That landing will mark the first time humans have walked on the moon since 1972, when Gene Cernan and Harrison Schmitt completed the final Apollo mission. The intervening decades have seen no human footprints on the lunar surface—a gap NASA is now determined to close.
Once astronauts arrive, the second phase of the plan, running from 2029 to 2032, will shift focus to building permanent infrastructure. This includes establishing a power grid and other systems designed to support continuous human presence. The third phase, beginning in 2032 and extending indefinitely, aims to scale operations toward true sustainability—routine crew rotations, ongoing surface activity, and the kind of established presence that transforms the moon from a destination into a workplace. "Then we will be able to say, 'Hey, we are permanently here and we are not giving it up,'" said Carlos Garcia-Galan, NASA's moon base programme executive.
The scale of the undertaking is substantial. The $20 billion commitment reflects not just the technical complexity of operating in the lunar environment—where temperatures swing wildly, radiation poses constant hazard, and equipment must function in near-perfect isolation—but also the coordination required across multiple private contractors and international partners. Blue Origin, Astrobotic, and the space agencies of Europe and South Korea are already woven into the mission architecture. Success depends on each piece fitting together across years of launches and operations.
The timing is deliberate. Four astronauts recently completed the Artemis-II mission, a lunar flyaround that marked the first human spaceflight beyond low Earth orbit since Apollo 17. That successful test of crew capability and spacecraft systems provided confidence that a landing is achievable. Now the focus shifts to preparation—delivering the equipment, testing the procedures, and validating the technologies that will allow humans not just to visit the moon, but to work there, live there, and build something that endures.
Notable Quotes
America is returning to the moon. The Moon Base will be America's and humanity's first outpost on another celestial world.— NASA Administrator Jared Isaacman
Then we will be able to say, 'Hey, we are permanently here and we are not giving it up.'— Carlos Garcia-Galan, NASA's moon base programme executive
The Hearth Conversation Another angle on the story
Why does NASA need a permanent base? Why not just send missions when we want to study something?
Because the moon is too far and too harsh to keep improvising. Every time you land, you're starting from scratch—setting up power, communications, shelter. A permanent base means you leave infrastructure behind. The next crew arrives to something already working.
And the $20 billion—is that just for the base itself, or does it include all the launches?
It's the full program through the early 2030s. Three missions this year alone, then the crewed landing in 2028, then building out the infrastructure. It's spread across years, but it's all one commitment.
Why 2028 specifically? Why not sooner?
You need the cargo missions first. You're testing rovers, cameras, power systems—all the things astronauts will depend on. You can't land people until you know the equipment works in that environment.
What makes the moon so dangerous that you need all this preparation?
Temperature swings from 250 degrees Fahrenheit in sunlight to minus 280 in shadow. Radiation exposure. No atmosphere. Equipment fails in ways it wouldn't on Earth. You're also far from help—if something goes wrong, you can't just send a rescue mission tomorrow.
The European and Korean space agencies are involved. Is this becoming an international project?
Partially. NASA is leading and funding it, but they're bringing in partners for specific instruments and expertise. It's still fundamentally an American initiative, but the science benefits from international collaboration.
What happens after 2032? Does this just keep going indefinitely?
That's the idea. Once you have sustained operations—regular crew rotations, continuous activity—you've proven the model works. Then it becomes routine, like how we operate research stations in Antarctica.