We are permanently here and we are not giving it up
For the first time since Apollo, humanity is not merely reaching for the moon but planning to remain there. NASA's $20 billion Artemis Moon Base program, announced by Administrator Jared Isaacman, lays out a methodical three-phase architecture stretching from 2026 to beyond 2032, with the first crewed landing targeted for 2028. Built on the recent success of Artemis II's lunar flyaround, the plan transforms the moon from a destination of wonder into a place of sustained human work. It is, in the oldest sense, the story of a species learning to call a new world home.
- After more than fifty years of absence, NASA is moving with deliberate urgency — three robotic missions are already scheduled for 2026 to begin preparing the lunar surface before any human sets foot there.
- The selection of Blue Origin's Blue Moon lander for the first mission signals a new era of commercial partnership driving national space ambition, with Astrobotic and Astrolab also playing critical roles in the same year.
- Scientific mysteries — including the unexplained bright lunar swirls possibly tied to subsurface magnetic fields — are being woven into the infrastructure missions, ensuring discovery and construction advance together.
- Phase Two construction of a permanent power grid by 2032 represents the pivot from exploration to occupation, the moment logistics overtake wonder as the program's primary language.
- NASA's Moon Base programme executive has framed the endgame in terms of permanence and possession — not a visit, not a milestone, but an irreversible human presence on another world.
NASA has announced a $20 billion, three-phase plan to establish a permanent moon base, with Administrator Jared Isaacman presenting the blueprint as a transformation of the moon from destination to workplace. The announcement follows the April success of Artemis II, which carried four astronauts on a lunar flyaround — the first human journey beyond low Earth orbit since Apollo 17 in 1972. With systems proven, NASA is now ready to build.
The first phase consists of three missions, all targeting 2026. Blue Origin's Blue Moon Mark 1 Endurance lander will carry instruments to study how spacecraft thrusters disturb the lunar surface and to enable precise orbital positioning — risk-reduction tools designed to make the terrain legible before humans arrive. A second mission will deliver over 1,100 pounds of cargo, including Astrolab's FLIP rover to test astronaut mobility and inform the design of future lunar vehicles. A third mission will pursue one of the moon's enduring mysteries: the origin of bright surface formations called lunar swirls, suspected to be linked to buried magnetic fields. That mission will also carry payloads from the European and Korean space agencies, establishing the program's multinational character from the outset.
Phase Two, running from 2029 to 2032, shifts from testing to construction — building the power grid and permanent infrastructure that will sustain continuous operations. By the time astronauts land in 2028 as part of Artemis III, at least one lunar terrain vehicle will already be waiting for them, shaped by lessons learned in the preceding missions.
Phase Three, beginning in 2032 and extending indefinitely, is where the real transformation occurs: crew rotations become routine, surface activity becomes continuous, and the moon becomes not a place humans visit but a place humans work. As NASA's moon base programme executive put it, the goal is to one day say with certainty that humanity is permanently present on another world — and not giving it up.
NASA is going back to the moon, and this time it plans to stay. On Tuesday, Administrator Jared Isaacman stood before reporters and laid out the machinery of that ambition: a $20 billion blueprint, three separate missions, and a target date of 2028 for the first crewed landing as part of the Artemis program. The plan is methodical, phased, and concrete in a way that transforms the moon from a destination into a workplace.
The momentum behind this announcement builds on recent success. In April, four astronauts completed a lunar flyaround aboard Artemis II, the first human spaceflight to venture beyond low Earth orbit since Apollo 17 in 1972—more than fifty years ago. That mission proved the systems work. Now NASA is ready to move from proving to building. "America is returning to the moon," Isaacman said. "The Moon Base will be America's and humanity's first outpost on another celestial world."
The first phase of the plan unfolds across three missions, all targeted for 2026. NASA has selected Blue Origin's Blue Moon Mark 1 Endurance lander for the Moon Base-I mission, scheduled for no earlier than September. This lander will touch down on the Shackleton Connecting Ridge carrying specialized equipment: Stereo Cameras for Lunar Plume-Surface Studies, which will measure how spacecraft thrusters interact with the lunar surface, and a Laser Retroreflective Array that allows orbiting spacecraft to pinpoint their location using reflected laser light. These are not experiments for their own sake. They are risk-reduction tools, ways of learning the moon's behavior before humans arrive.
Two more missions follow later in the year. Moon Base II will deploy more than 1,100 pounds of cargo aboard Astrobotic's Griffin lander, including Astrolab's FLIP rover—a mobility system designed to test how astronauts will move across the lunar terrain and inform the design of future lunar terrain vehicles. Moon Base III will carry NASA's Lunar Vertex science mission, which aims to solve a mystery: the nature of lunar swirls, bright formations on the surface that scientists suspect may be connected to magnetic fields buried beneath the regolith. The mission will also carry payloads from the European Space Agency and the Korean Space Agency, making this a multinational effort from the start.
The second phase, running from 2029 to 2032, shifts from testing to construction. NASA will begin building the permanent infrastructure of the base, including a power grid capable of sustaining continuous operations. By 2028, when astronauts land as part of Artemis III, at least one lunar terrain vehicle will be waiting for them—a tool refined through the missions of the previous two years.
The third phase, beginning in 2032 and extending indefinitely, represents the real transformation: a shift from episodic visits to sustained presence. Crew rotations will become routine. Surface activity will be continuous. The moon will no longer be a place humans visit. It will be a place humans work. "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. That sentence carries weight. It signals not just a technical achievement but a change in humanity's relationship to space—the moment when another world becomes, in some meaningful sense, home.
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 moon base programme executive
The Hearth Conversation Another angle on the story
Why does NASA need a permanent base? Why not just keep sending missions?
Because the moon is hard. Every time you land, you learn something new about how to survive there. A permanent base lets you accumulate that knowledge, test equipment under real conditions, and build systems that work together over time instead of starting from scratch each visit.
The $20 billion figure—is that just for the base itself, or does it include the rockets and spacecraft?
The reporting doesn't break that down precisely, but the figure covers the three-phase plan through the early 2030s. It's the cost of establishing permanent infrastructure, not just one landing.
Why the Shackleton Connecting Ridge specifically?
The source doesn't explain the choice, but that region is near the lunar south pole, where there's permanent shadow and potentially water ice. It's strategically valuable for long-term habitation.
What happens if one of these 2026 missions fails?
The plan has built-in redundancy—three separate missions with different landers and payloads. If one fails, the others still deliver critical equipment and data. But the timeline might slip.
Are other countries building their own bases, or is this a shared effort?
The Moon Base III mission includes payloads from Europe and South Korea, so there's collaboration. But NASA is leading this particular effort. Other nations have their own lunar programs running in parallel.
What's the endgame? Is this about science, or resources, or something else?
The source emphasizes learning to live and operate in a dangerous environment—so it's about capability and knowledge. But a permanent base opens doors to mining, manufacturing, and using the moon as a staging point for deeper space exploration. The immediate goal is scientific and technical. The longer-term implications are much larger.