We are permanently here, and we are not leaving.
For the first time since Apollo 17 left the lunar surface in 1972, humanity is drawing architectural plans for a permanent home on the moon. NASA Administrator Jared Isaacman unveiled a $20 billion, three-phase blueprint on Tuesday that moves beyond exploration into settlement — beginning with three missions this year and culminating in what program leaders describe as an enduring human presence beyond Earth. Built on the recent success of the Artemis-II flyaround, this plan asks not merely whether we can visit the moon, but whether we are ready to stay.
- The announcement marks a decisive shift from demonstration to construction — NASA is no longer asking if humans can reach the moon, but how quickly they can build there.
- Three missions are compressed into a single year: a Blue Origin lander heading to Shackleton Ridge in September, an Astrobotic rover delivery later in 2026, and a science payload investigating the moon's mysterious magnetic swirls.
- Each mission is engineered as a risk-reduction exercise, stress-testing landers, rovers, and instruments before astronauts set foot on the surface in 2028.
- A $20 billion, three-phase roadmap stretches from technology trials through 2028, to infrastructure construction by 2032, and then into an open-ended era of routine crew rotations and continuous surface operations.
- Program executive Carlos Garcia-Galan has named the finish line plainly: the moment NASA can declare, for the first time in human history, that people are on the moon and are not leaving.
On Tuesday, NASA Administrator Jared Isaacman presented a $20 billion, three-phase plan to establish the first permanent human settlement on the moon — something that has not existed since Apollo 17 departed in 1972. The announcement was grounded in recent momentum: in April, four astronauts completed the Artemis-II lunar flyaround, the first time humans had traveled beyond low Earth orbit in over fifty years. With the basic architecture proven, NASA is now moving from demonstration to construction.
Three missions are scheduled for 2026 alone. The first, Moon Base-I, targets no earlier than September, using Blue Origin's Blue Moon lander to deliver stereo cameras and a laser retroreflective array to the Shackleton Connecting Ridge — instruments designed to study how rockets interact with lunar soil and help orbiting craft navigate with precision. Moon Base-II will follow aboard Astrobotic's Griffin lander, carrying over 1,100 pounds of equipment including FLIP, a prototype rover built by Astrolab that previews the terrain vehicles astronauts will one day drive. Moon Base-III, also slated for this year, will investigate the moon's enigmatic magnetic swirls, with contributions from the European and Korean space agencies.
The broader program unfolds in three phases. Through 2028, the focus is technology demonstration and risk reduction, culminating in the Artemis-III crewed landing. From 2029 to 2032, the work shifts to infrastructure — power systems, habitats, and the foundations of sustained human presence. Beginning in 2032, the goal becomes permanence: routine crew rotations and continuous operations on the lunar surface.
Program executive Carlos Garcia-Galan framed the ambition simply: once the systems are running, NASA will be able to say something that has never been true before — that humans are on the moon, and are not leaving. The moon has been visited. It has been explored. This plan is about something else entirely.
NASA Administrator Jared Isaacman stood before reporters on Tuesday and laid out a twenty-billion-dollar blueprint for something that has not existed since 1972: a permanent human settlement on the moon. The plan is concrete, phased, and anchored to a specific timeline. Three missions are scheduled for this year alone, each designed to test the systems and gather the knowledge that will allow astronauts to return to the lunar surface in 2028 and stay there.
The momentum behind this announcement builds on recent success. In April, four astronauts completed the Artemis-II mission, a lunar flyaround that marked the first time humans had traveled beyond low Earth orbit since Apollo 17 departed the moon more than fifty years ago. That mission proved the basic architecture works. Now NASA is moving from demonstration to construction.
The first of the three missions, Moon Base-I, is scheduled for no earlier than September. NASA has selected Blue Origin's Blue Moon Mark 1 Endurance lander to carry the initial payload to the Shackleton Connecting Ridge. The cargo includes specialized instruments: Stereo Cameras designed to study how rocket thrusters interact with lunar soil, and a Laser Retroreflective Array that will help orbiting spacecraft pinpoint locations with greater precision. These are not experiments for their own sake. They are risk-reduction exercises, ways of understanding the lunar environment before humans arrive.
The second mission, Moon Base-II, will follow later in the year aboard Astrobotic's Griffin lander. It will deliver more than 1,100 pounds of equipment, including a rover called FLIP built by Astrolab. This rover is a prototype for the lunar terrain vehicles that astronauts will eventually drive across the surface. The third mission, Moon Base-III, also targeted for 2026, will carry NASA's Lunar Vertex science payload to investigate lunar swirls—bright, mysterious formations that scientists suspect may be connected to magnetic fields buried beneath the moon's crust. The European Space Agency and Korean Space Agency will also contribute instruments to this mission.
The full program unfolds across three distinct phases. The first phase, running through 2028, focuses on technology demonstration and risk reduction. NASA intends to deliver at least one operational lunar terrain vehicle by the time astronauts arrive as part of the Artemis-III mission in 2028. The second phase, from 2029 to 2032, shifts to infrastructure. This is when the base itself takes shape—power systems, habitats, and the foundational systems that allow sustained human presence. The third phase, beginning in 2032 and extending indefinitely, is about permanence: routine crew rotations, continuous surface operations, and the establishment of what amounts to an outpost of human civilization beyond Earth.
Carlos Garcia-Galan, the program executive overseeing the moon base effort, framed the long-term goal with clarity. Once the infrastructure is in place and operations are running smoothly, he said, NASA will be able to declare something that has never been true before: we are permanently here, and we are not leaving. That statement carries weight. The moon has been visited. It has been explored. But it has never been inhabited. This plan aims to change that.
Citações Notáveis
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
Once operations are sustained, we will be able to say we are permanently here and we are not giving it up.— Carlos Garcia-Galan, NASA moon base programme executive
A Conversa do Hearth Outra perspectiva sobre a história
Why does NASA need a permanent base? Haven't we already been to the moon?
We've visited, but we've never stayed. Apollo astronauts spent days there, then came home. A permanent base means we can conduct sustained research, test technologies for deeper space exploration, and learn how humans actually live and work in that environment over months or years.
What's the significance of these three missions this year?
They're the foundation. Each one tests a specific piece of the puzzle—how to land cargo safely, how rovers perform on lunar terrain, what the surface conditions actually tell us about the geology. You can't build a base without knowing if your equipment works there.
Twenty billion dollars is a substantial commitment. How does NASA justify that cost?
It's spread across years, and it's an investment in capabilities that will be used for decades. Once the infrastructure exists, the cost per mission drops. But more fundamentally, it's about establishing human presence beyond Earth—that's not cheap, and it's not meant to be.
The 2028 landing date seems aggressive given we're only now sending the first cargo missions.
It is tight, but the Artemis-II mission proved the spacecraft works. The next three years are about proving the surface systems work. If those missions succeed on schedule, 2028 becomes achievable.
What happens after 2032?
That's when it becomes routine. Crews rotate in and out, experiments run continuously, and the base functions like a research station. The goal is to make lunar presence normal, not exceptional.