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After the return of Artemis II, NASA has two decisive missions ahead: Artemis III in 2027 for orbit tests and Artemis IV in early 2028 for the first landing on the Moon since 1972. China also plans to get there by 2030, accelerating the space race.
The Moon has returned to the center of human space exploration, but the path to stepping on it again is still long and fraught with risks. With the successful return of Artemis II this Friday (10), which took four astronauts around the Moon for the first time in over 50 years, NASA now needs to execute at least two more missions before a human finally touches the lunar surface again. The next step, Artemis III, is scheduled for mid-2027 and will not land, contrary to what was initially planned. The first crewed landing of the new lunar era has been postponed to Artemis IV, expected in early 2028.
The plan is part of a deliberate risk reduction strategy. Instead of attempting a lunar landing right after Artemis II, NASA opted to insert an intermediate mission dedicated exclusively to testing the systems that make landing possible: docking between the Orion capsule and the commercial landing modules developed by SpaceX and Blue Origin, crew transfer maneuvers, and lunar orbit navigation technologies. Each of these steps needs to work perfectly for astronauts to safely descend to the surface. The race is not only against technical complexity but also against the clock: China plans to land on the Moon by 2030, which has accelerated American timelines.
What Artemis III Will Test in Lunar Orbit in 2027
According to the CNN Brasil, Artemis III, scheduled for mid-2027, will be the mission that solves the most complex equation of the program: how to transfer astronauts from an Orion capsule in lunar orbit to a commercial landing module that will take them to the surface. This is the link in the chain that has not yet been tested with a crew, and without it, no landing is possible. The mission will include rendezvous and docking maneuvers between the Orion and the vehicles developed by SpaceX and Blue Origin.
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In practice, Artemis III will function as an orbital demonstration that validates all the logistics necessary for landing on the Moon. If the tests fail or reveal unexpected problems, the landing schedule for Artemis IV will be delayed. NASA’s decision not to include the landing in Artemis III, as was the original plan, reflects the caution of an agency that cannot afford to lose astronauts on a mission that the entire world will be watching. The Moon can wait a few more months if it means the crew returns home.
The First Landing on the Moon Since 1972 is Scheduled for Artemis IV
Artemis IV is the mission that will make history. Scheduled for early 2028, it will take astronauts to the surface of the Moon for the first time since Apollo 17 in December 1972. After reaching lunar orbit aboard the Orion capsule, the crew will transfer to a commercial landing module that will take them down to the surface. The company responsible for the transport will depend on the readiness of the module, a variable that adds uncertainty to the timeline.
The landing on the Moon in Artemis IV will not only be a symbolic milestone. The mission will test the ability to operate on the lunar surface with modern equipment, including next-generation spacesuits and life support systems that need to function in an environment with reduced gravity, extreme temperatures, and abrasive dust. After completing activities on the surface, the astronauts will return to the landing module, dock again with Orion in orbit, and return to Earth with a landing in the Pacific Ocean. This entire process is unprecedented with current technology.
Artemis V and the Beginning of a Permanent Presence on the Moon
Also for 2028, NASA plans to launch Artemis V, which will also land on the Moon and mark the beginning of a series of regular missions. This is the stage where the Artemis program transitions from a sequence of historical milestones to a recurring operation, with landing, exploration, and return happening in increasingly frequent cycles. Artemis V is also expected to initiate the construction of the agency’s future lunar base.
The standardization of the SLS rocket is what makes this frequency possible. With a reliable launch vehicle and an Orion capsule already validated by Artemis II, NASA will be able to reduce the interval between missions and progressively increase the time astronauts spend on the lunar surface. The long-term goal is to establish a sustainable presence that serves as a preparation base for the first crewed missions to Mars, something the agency treats as the natural consequence of mastering lunar operations.
The Race with China That Accelerates NASA’s Timeline to the Moon
The new space race is not just a matter of national pride. The CNSA, China’s space agency, is developing ambitious plans to land astronauts on the Moon by 2030, and this timeline has acted as a catalyst for the United States to maintain and even accelerate the timelines of the Artemis program. The geopolitical pressure is real: whoever establishes a regular presence on the Moon first will have strategic advantages in terms of research, mineral resources, and international positioning.
Artemis II proved that NASA can send astronauts to the Moon and bring them back safely. But the difference between orbiting the Moon and landing on it is the distance between swimming in a shallow pool and diving into deep waters. The docking systems, commercial landing modules, next-generation suits, and crew transfer logistics in lunar orbit are technologies that still need to be validated under real conditions. Artemis III and Artemis IV are the tests that separate ambition from reality.
What Artemis II Left as a Legacy for the Next Missions to the Moon
The recently completed Artemis II is considered a fundamental milestone on the path back to the Moon. Astronauts Reid Wiseman, Victor Glover, Christina Koch, and Canadian Jeremy Hansen orbited the Moon, set the record for the farthest distance ever traveled by humans in space at 406,777 kilometers from Earth, and validated the Orion capsule, the heat shield, the parachutes, and the crewed return trajectory for the first time. All this data directly feeds into the planning of the subsequent missions.
The success of Artemis II gives NASA the confidence to move forward but does not eliminate the challenges ahead. The next two missions are technically more complex than anything that has been done so far, because they involve orbital docking, crew transfer, and landing on a celestial body. The Moon is two flights away from receiving human footprints again. The first step has already been taken. The next ones will require more engineering, more courage, and more money than any Apollo mission ever needed.
The Moon is two missions away from receiving astronauts again. Do you think NASA will meet the 2028 deadline or will technical challenges delay the landing? Is the race with China a legitimate motivation or a distraction? Leave your opinion in the comments.
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