The next Moon landing depends on what kind of landing you mean. If you mean a robotic spacecraft touching down on the lunar surface, the next U.S.-linked landings are targeted for 2026 through NASA’s Commercial Lunar Payload Services program and new Moon Base precursor missions. If you mean astronauts stepping onto the Moon, NASA’s current target is Artemis IV in early 2028. That would be the first crewed Moon landing since Apollo 17, when humans last left footprints in lunar dust in December 1972.
So the short answer is: robots may land next, possibly in late 2026; humans are currently planned to land with Artemis IV in early 2028. Space schedules, however, are a bit like cats near a glass of water: technically planned, emotionally unstable, and prone to sudden changes.
This guide breaks down the next Moon landing timeline, why Artemis III is no longer the main landing mission, what Artemis IV is supposed to do, which companies are building the lunar landers, and why NASA is so obsessed with the Moon’s south pole.
The Simple Answer: When Is the Next Moon Landing?
The next likely Moon landings are expected in two categories:
Next robotic Moon landing
NASA and its commercial partners are targeting several robotic lunar surface missions in 2026. These include landers from companies such as Blue Origin, Astrobotic, Intuitive Machines, and Firefly Aerospace. These missions are designed to deliver instruments, rovers, navigation tools, cameras, and technology demonstrations that help prepare for future astronaut missions.
Next human Moon landing
The next planned human Moon landing is Artemis IV, targeted for early 2028. NASA says this mission will send astronauts to lunar orbit aboard Orion, where two crew members will transfer to a commercial Human Landing System and descend to the lunar surface.
The important twist is that Artemis III is now planned as a 2027 demonstration mission in low Earth orbit, not a Moon landing. Instead of touching down on the Moon, Artemis III is expected to test docking, crew transfer, life-support integration, and lander operations with commercial spacecraft from SpaceX and Blue Origin. Think of it as the very expensive, very necessary “measure twice, land once” phase.
Why Artemis III Is Not the Next Human Moon Landing Anymore
For years, many people heard that Artemis III would be the mission that returned astronauts to the Moon. That was true under earlier Artemis planning. But NASA has adjusted the sequence. Under the current architecture, Artemis III is a crewed demonstration flight scheduled for 2027. Its job is to reduce risk before the first surface landing of the Artemis era.
During Artemis III, NASA plans to launch four astronauts aboard Orion on the Space Launch System rocket. Instead of going to the Moon, the crew will remain in low Earth orbit and test critical systems with commercial lunar lander pathfinders. Blue Origin’s Blue Moon test article and SpaceX’s Starship-based lander system are expected to play major roles in those demonstrations.
This may sound less glamorous than “boots on the Moon,” but it is extremely important. Docking a crew capsule with a giant lunar lander, checking life-support connections, validating communications, and making sure astronauts can safely enter and work with the lander are not small details. In spaceflight, “small detail” is often the phrase used right before engineers start sweating into their coffee.
Artemis IV: The Current Target for the Next Human Moon Landing
Artemis IV is the mission currently targeted to return astronauts to the lunar surface in early 2028. The mission is expected to explore the lunar south pole region, an area NASA considers scientifically valuable and strategically important for long-term lunar exploration.
The plan is that four astronauts will launch from Kennedy Space Center in Florida aboard Orion on the SLS rocket. Orion will travel to lunar orbit, dock with a commercial lunar lander, and two astronauts will transfer into the lander. Those two crew members will descend to the Moon, conduct moonwalks, collect samples, run experiments, and observe the lunar environment before returning to Orion in orbit. Orion will then bring the crew back to Earth for splashdown in the Pacific Ocean.
If successful, Artemis IV would mark the first crewed Moon landing since Apollo 17. That is a gap of more than half a century. Humanity has built smartphones, reusable rockets, streaming services, and refrigerators that can judge your grocery habits, but nobody has walked on the Moon since 1972. Artemis aims to change that.
Who Is Building the Next Moon Landers?
The Artemis program is not simply NASA building everything alone in a government workshop with patriotic background music. It is a public-private effort involving major aerospace companies, international partners, research institutions, and commercial lunar delivery providers.
SpaceX Starship Human Landing System
SpaceX is developing a version of Starship to serve as a Human Landing System. This lander is designed to carry astronauts from lunar orbit down to the Moon’s surface and back again. Starship HLS is enormous compared with the Apollo Lunar Module. NASA has described it as roughly 50 meters tall, about the height of a 15-story building. Apollo astronauts climbed down a ladder; Artemis astronauts may feel like they are commuting from the penthouse.
Starship HLS depends on a demanding architecture that includes launch, in-space refueling, lunar transfer, docking, landing, ascent, and crew safety. Each of those pieces must work reliably before NASA can put astronauts on board for a Moon landing.
Blue Origin Blue Moon
Blue Origin is developing Blue Moon lander systems, including the Blue Moon Mark 1 cargo lander and a larger crew-capable lander path. The Mark 1 lander, known as Endurance, is intended to demonstrate technologies and deliver cargo to the lunar surface. NASA has also identified Blue Origin’s lander work as part of the path toward future Artemis surface missions.
Blue Moon Mark 1 is important because cargo landers can deliver equipment before astronauts arrive. A future Moon base cannot be built by astronauts showing up with backpacks and enthusiasm. They need power systems, rovers, communications tools, scientific instruments, navigation aids, and probably a very serious dust-management plan.
Axiom Space spacesuits
Astronauts also need new spacesuits. Axiom Space is developing the AxEMU lunar spacesuit for Artemis moonwalks. These suits must protect astronauts from extreme temperatures, abrasive lunar dust, limited mobility, radiation exposure, and the general inconvenience of working in a vacuum where “just take a deep breath” is not an option.
What Robotic Moon Landings Are Coming Before Artemis IV?
Before astronauts land, robotic landers are expected to do a lot of scouting, testing, and hauling. NASA’s Commercial Lunar Payload Services initiative allows private companies to deliver NASA science and technology payloads to the Moon. This approach is faster and more flexible than building every delivery mission directly inside NASA.
Blue Origin Moon Base I
NASA has announced a Moon Base I mission targeted for launch no earlier than fall 2026. This mission is expected to use Blue Origin’s Blue Moon Mark 1 Endurance lander to deliver NASA payloads to the Shackleton Connecting Ridge near the lunar south pole. The payloads include instruments designed to study plume-surface interaction and laser retroreflector technology for precise location tracking.
Astrobotic Griffin lander
Astrobotic’s Griffin lander is planned to deliver cargo and rover technology to the Moon. NASA has described a Moon Base II mission involving more than 1,100 pounds of cargo, including Astrolab’s FLIP rover, to mature mobility systems that can inform future lunar terrain vehicles. In plain English: NASA wants better Moon buggies. Apollo had a lunar rover; Artemis wants vehicles that can support longer, more complex surface operations.
Intuitive Machines and Lunar Vertex
Intuitive Machines is connected with a planned lunar mission carrying Lunar Vertex, an investigation focused on Reiner Gamma, a mysterious lunar swirl. Lunar swirls are bright, unusual surface features associated with magnetic anomalies. Scientists want to understand how they form and what they reveal about the Moon’s space environment and surface evolution.
Firefly Aerospace missions
Firefly Aerospace made history when its Blue Ghost lander successfully touched down on the Moon in March 2025 with NASA payloads. NASA has also selected Firefly for additional lunar deliveries, including missions that will support science and future exploration planning. Commercial landers like Blue Ghost are part of the reason the Moon is suddenly busy again. Apparently, after 50 years of silence, everyone remembered the Moon has excellent real estate and no traffic.
Why Is NASA Going to the Lunar South Pole?
The lunar south pole is one of the most important destinations in modern space exploration. Unlike the Apollo landing sites, which were mostly near the Moon’s equatorial regions, Artemis is focused on polar terrain. The south pole has rugged landscapes, dramatic lighting conditions, permanently shadowed regions, and possible water ice deposits.
Water is the headline attraction. On Earth, water is what you drink after jogging. On the Moon, water could become drinking water, breathable oxygen, and even rocket propellant if it can be extracted and processed. That does not mean astronauts will be running a lunar smoothie bar by 2030, but it does mean water ice could change the economics of deep-space exploration.
NASA has emphasized that scientists still need better measurements of where lunar water exists, how much is present, and whether it can be accessed in useful quantities. Surface missions are essential because orbital data can only tell part of the story. To truly understand lunar ice, robots and astronauts need to investigate the ground directly.
Why Has It Taken So Long to Return to the Moon?
The delay between Apollo and Artemis is not because NASA forgot the Moon’s address. The Apollo program was driven by Cold War urgency, massive national investment, and a clear deadline. After Apollo 17, political priorities shifted, budgets changed, and NASA focused on the Space Shuttle, space stations, planetary science, Earth science, and robotic exploration.
Returning to the Moon today is also different from Apollo. Apollo was about proving humans could get there, work briefly, and come home safely. Artemis is about building a sustainable presence. That requires new rockets, landers, spacesuits, surface vehicles, communication networks, power systems, supply chains, and international agreements. Apollo was a sprint. Artemis is trying to become a transportation system, construction project, science program, and Mars preparation campaign all at once. No wonder the schedule occasionally needs a nap.
What Could Delay the Next Moon Landing?
The most honest answer is: many things. Human lunar landings are among the most difficult engineering projects ever attempted. NASA and its partners must prove that SLS, Orion, commercial landers, spacesuits, mission operations, communications, surface tools, and emergency procedures all work together safely.
Potential schedule risks include lander development delays, spacesuit readiness, launch vehicle testing, funding changes, technical failures, safety reviews, and mission integration challenges. SpaceX must demonstrate Starship capabilities relevant to lunar missions, including complex flight operations. Blue Origin must validate its lander systems. Axiom must deliver a spacesuit that astronauts can trust. NASA must coordinate the whole orchestra without letting the tuba fall into the crater.
That is why NASA’s dates are best understood as targets, not guarantees. Early 2028 is the current target for the next human Moon landing, but space exploration history teaches one very practical lesson: the Moon is patient, and launch schedules are not sacred.
How the Next Moon Landing Will Be Different From Apollo
The next human Moon landing will not simply be Apollo with better cameras. Artemis missions are expected to be more connected, more commercially integrated, and more focused on long-term infrastructure.
More commercial involvement
Apollo was mainly a government-led effort with contractors supporting NASA. Artemis still has NASA at the center, but commercial companies are responsible for major systems, including lunar landers, cargo deliveries, and spacesuits.
More international partnerships
Artemis includes international partners through agreements, spacecraft components, science instruments, and future mission roles. The return to the Moon is not just a U.S. achievement; it is part of a broader global push toward sustained lunar exploration.
A more difficult destination
The lunar south pole is scientifically exciting but operationally challenging. Lighting is unusual, shadows are extreme, terrain can be hazardous, and communication geometry can be complicated. Apollo astronauts landed in relatively friendlier zones. Artemis astronauts are going somewhere more demanding because the rewards may be greater.
What Should We Watch Next?
If you want to know whether the next Moon landing is on track, watch for several milestones. First, follow robotic lunar deliveries in 2026. Successful cargo landings will show that commercial partners can deliver equipment to challenging lunar sites. Second, watch Artemis III in 2027. If NASA successfully tests Orion docking with commercial lander systems, Artemis IV becomes more realistic. Third, track spacesuit testing, lander development, and Starship and Blue Moon progress.
The Moon landing timeline is not just one date circled on a calendar. It is a chain of technical events. If enough links hold, astronauts could be walking on the Moon again in 2028. If major links break, the landing could move later.
Experiences and Reflections: Why the Next Moon Landing Feels Different
For many people, the next Moon landing will be more than a space mission. It will be a generational moment. Anyone who was alive for Apollo remembers grainy television images, crackling audio, and the strange beauty of humans bouncing across a gray world. Anyone born afterward has lived in a world where Moonwalkers existed mostly in textbooks, documentaries, museum exhibits, and old photos that somehow still look futuristic.
That is why the next Moon landing carries a special emotional charge. It is not only about rockets. It is about turning “someday” back into “today.” For decades, kids have asked why humans stopped going to the Moon, and adults have answered with explanations about budgets, politics, priorities, and risk. Those are all valid. They are also less exciting than a giant rocket lifting off and saying, in effect, “Fine, let’s go again.”
Watching the Artemis era unfold feels different from watching Apollo history because the public can follow almost every step in real time. We can see rocket tests, spacesuit reveals, lander mockups, mission animations, contractor updates, NASA briefings, launch livestreams, and even social media posts from astronauts. Apollo was television history. Artemis is livestream history, with better resolution and more comment sections. Whether that is progress or punishment depends on the comment section.
The next Moon landing also feels more practical. Apollo was inspirational, but it was short. Artemis is trying to answer a harder question: can people learn to work on another world repeatedly, safely, and usefully? A single landing is thrilling. A sustainable lunar program is transformative. If astronauts can live and work near the lunar south pole, operate rovers, test power systems, study ice, build infrastructure, and return regularly, the Moon becomes more than a destination. It becomes a proving ground.
There is also something deeply human about returning to a place we once visited and then left alone. The footprints from Apollo are still there, preserved in the airless lunar dust. The next astronauts will not erase that legacy; they will extend it. They will arrive with new tools, new spacecraft, new goals, and probably a much better camera. But they will still face the same ancient Moon: silent, bright, dusty, and completely uninterested in press releases.
For students, the next Moon landing could be the moment that makes science feel alive. For engineers, it is a massive systems challenge. For space fans, it is the sequel they have been waiting for since before many of them were born. For skeptics, it is a chance to ask hard questions about cost, priorities, and risk. A healthy space program needs all of those voices. Exploration should inspire awe, but it should also survive scrutiny.
Personally, the most exciting part of the next Moon landing is not the first bootprint. It is the second mission, the third mission, and the idea that going to the Moon might become less like a miracle and more like an extremely difficult but repeatable human skill. The first landing proves we can return. The missions after that prove whether we can stay, learn, build, and use the Moon as a stepping stone toward Mars and deeper space.
So when someone asks, “When is the next Moon landing?” the best answer is both a date and a reminder. The date is late 2026 for likely robotic landings and early 2028 for NASA’s planned human Artemis IV landing. The reminder is that spaceflight is hard. The Moon is close by cosmic standards, but it is still another world. Getting there safely requires patience, testing, humility, and a willingness to delay when the hardware says, “Not yet, please.”
Conclusion: So, When Is the Next Moon Landing?
The next Moon landing is likely to happen in stages. Robotic landers are expected first, with multiple commercial lunar missions targeted for 2026. These missions will deliver instruments, rovers, and technology demonstrations that help NASA prepare for long-term operations near the lunar south pole.
The next planned human Moon landing is Artemis IV, currently targeted for early 2028. Artemis III, scheduled for 2027, is now designed as a crucial low-Earth-orbit test of commercial lunar landers and related systems. That makes Artemis III a bridge, not the destination.
If Artemis IV succeeds, astronauts will walk on the Moon for the first time since Apollo 17. They will do so with new spacesuits, commercial landers, modern science goals, and a mission architecture aimed at staying longer and learning more. The Moon is about to get busy again. After 50-plus years of peace and quiet, it may want to check its lease.
Note: Lunar mission dates are targets and may change as NASA and commercial partners complete testing, safety reviews, and hardware development. For publication, update this article if NASA revises the Artemis IV schedule or announces a specific launch and landing date.
