The Moon Will Have a Permanent Human Population by 2035

The Question

Somewhere right now, in a training facility in Houston or Beijing, there is an astronaut who will one day give the Moon as their mailing address. Not for a three-day flag-planting visit, like the twelve Apollo astronauts who walked there between 1969 and 1972 — but for a six-month tour of duty, with a bunk, a schedule, and a replacement crew arriving on the next ship.

NASA's Artemis program is working toward exactly this: after Artemis III returns humans to the lunar surface, the agency's Artemis Base Camp concept calls for a habitat, a rover, and rotating crews near the lunar south pole. China and Russia are building a competing project, the International Lunar Research Station, with a stated target of the mid-2030s. The question is not whether anyone wants a Moon base. It is whether the engineering, the money, and the politics can all hold together for a decade. Space programs are famous for announcing dates. They are less famous for hitting them.

What the Evidence Shows

The hardware is further along than most people realize. NASA's Space Launch System rocket and Orion capsule have already flown around the Moon uncrewed. SpaceX's Starship — the largest rocket ever built — is under NASA contract to serve as the Artemis lunar lander, and its economics change everything: a vehicle designed to carry over 100 tons to the lunar surface makes a base a freight problem rather than a miracle. ICON, the Texas construction company, holds a NASA contract to develop 3D printing of lunar structures using regolith — the crushed rock dust that covers the Moon — as the building material. You do not ship a house to the Moon. You print it from the ground you land on.

Then there is the ice. Orbiting probes have confirmed water ice in the permanently shadowed craters of the lunar south pole. Ice is the whole game. Water means drinking supplies and oxygen to breathe, and when split into hydrogen and oxygen, it means rocket fuel — which means the Moon can refuel ships instead of hauling every drop from Earth. This is why every serious lunar program is aiming at the same handful of south pole sites, and why the Artemis Accords — the US-led agreement on lunar conduct signed by more than 40 nations — suddenly matter. Nobody owns the Moon under the 1967 Outer Space Treaty. But somebody will be first to the best ice.

The obstacles are just as concrete. Lunar dust is not like Earth dust; with no wind or water to smooth it, every grain is a microscopic shard of glass that jams seals, shreds spacesuit fabric, and would scar human lungs. Radiation on the surface runs roughly 200 times Earth levels, which is why engineers keep returning to two shelters: habitats buried under meters of regolith, or ancient lava tubes — natural underground tunnels left by volcanic flows, some large enough to hold a city block.

Why This Is Happening

A superpower race has made retreat politically impossible. The United States and China are now in an open competition for the lunar south pole, and neither can blink without conceding the high ground of the next half-century. This is the same engine that took humans to the Moon in eight years flat during the 1960s. When national prestige is the fuel, budgets survive elections. Both programs have publicly committed to permanent infrastructure in the 2030s, and both are pouring money into landers, habitats, and power systems right now.

Launch costs have collapsed, and the Moon suddenly pays for itself in usefulness. Reusable rockets have cut the price of reaching orbit by roughly 90% over two decades. That turns the Moon into a practical staging post: a low-gravity fuel depot for Mars missions, a radio-quiet far side for telescopes, and a source of helium-3, a rare substance implanted in lunar soil by the sun that could one day fuel clean fusion reactors. None of these justify a base alone. Together, they build a durable case for staying.

Antarctica already proved the model works. A permanent human population does not mean cities or citizens. Antarctica has hosted continuous rotating crews since the 1950s — about 1,000 people every winter, no permanent residents, no babies, no passports issued. The Moon base of 2035 looks exactly like this: a research station where the population never drops to zero. That is a far lower bar than science fiction imagined, and it is the bar that matters.

What Could Happen

What Can We Do

You cannot pour concrete on the Moon. But the lunar decade will be shaped by public attention, career choices, and policy pressure applied here on Earth — starting now.

Follow the milestones that actually matter, not the announcements. Watch for three things: Starship completing an uncrewed lunar landing, the first Artemis crew on the surface, and the first habitat module delivered. Each one is a hard checkpoint that turns this forecast from possible to probable. Announced dates are marketing; flown hardware is evidence.

Point your career — or your children's — at the lunar economy. The base will need robotics engineers, geologists, life-support technicians, radiation biologists, and lawyers who understand the Artemis Accords. Space agencies and their thousands of contractors are hiring across all of it. The people who will staff the 2035 outpost are choosing university majors this year.

Press for clear rules before the ice rush starts. The Outer Space Treaty bans national ownership of the Moon but says almost nothing about mining, safety zones, or who gets the best craters. Those rules are being drafted now, in forums that respond to public and political pressure. A lawless scramble at the lunar south pole is avoidable — if the framework arrives before the bulldozers.

Manage your expectations, then let yourself be amazed. The 2035 Moon will not have domed cities or tourists in loungers. It will have a few brave people in buried shelters doing hard science — and that will still be one of the most extraordinary facts in human history. When the first crew celebrates a new year on another world, your phone will show it live.