LOS ANGELES, California, October 28, 2026 — Earlier this year, NASA put another significant milestone in its quest to return to the Moon under its belt and is now focusing fully on what comes next. The completion of the Artemis II flyby in April was the first time astronauts had been beyond low Earth orbit for over half a century. That achievement laid the groundwork for its new phase of aggressive lunar exploration. Official mission updates and space exploration reports published by NASA track lunar program milestones and deep space flight schedules.
A New Era Begins with Artemis II
You were sent to perform a crewed flyby of the Moon in September 2025 with four astronauts on the Artemis II mission before coming back to Earth on April 10, 2026. NASA astronauts Reid Wiseman, Victor Glover and Christina Koch rounded out the crew alongside Canadian Space Agency astronaut Jeremy Hansen. It was the first mission with humans beyond Earth orbit since Apollo 17 in 1972. Mission architecture updates published by the Canadian Space Agency review international astronaut participation and lunar flyby objectives.
Having accomplished that milestone, NASA is now directing attention to Artemis III, which will land astronauts near the South Pole of the moon. Some of the hardware for the mission has already started to arrive at Kennedy Space Center in Florida. The agency is further refining timelines informed by lessons learned from the Artemis II flight.
A Shift Toward Commercial Partnerships
As its strategy for lunar exploration evolves, NASA has increasingly embraced partnerships with commercial space companies. The agency recently gave out nearly $600 million however to three companies — Astrobotic, Firefly Aerospace and Intuitive Machines — in July for new lunar science missions. That flies in the face of ongoing commercial lunar payload delivery plans, with those missions targeting late 2028. Aerospace industry development summaries published by Aviation Week examine commercial space partnerships and lunar payload delivery contracts.
It also signals a significant shift in the commercial approach NASA intends to leverage for establishing long-term operations on the Moon. Instead of relying solely on government-built hardware, the agency has already contracted private companies to take over both transportation and surface operations. This strategy means much less-expensive missions over a much shorter timeline than ever before, officials say.
Gateway Station Plans Have Shifted
Previous plans for the Lunar Gateway, a planned space station that would orbit the Moon, were shelved for now. NASA also expects to start focusing on direct lunar surface exploration and base-building efforts instead, which it said in March. That decision is part of a wider shift towards immediate surface exploration contracts over the longer-term push for orbital infrastructure.
But officials have characterized the change as a pragmatic response to difficulties and financial constraints on the rest of Artemis. The lunar surface base-building has now been promoted to the agency’s highest priority goal in the near term. As the program continues to evolve, it remains unknown whether Gateway plans will be reintroduced in a different form.
By The Next Human Landing, You Will Be…
Again, the first crewed landing on the Moon since Apollo 17 is scheduled for approximately 2028 as part of Artemis IV. NASA has slipped that timeline several times over the years while it worked through various technical issues with Artemis. According to the officials each test flight lowers the risk for the missions which come next.
NASA believes the larger Artemis program represents “a pathway to humans on Mars.” The technologies and operations experience developed from lunar missions will help to feed into that longer-term goal. In the meantime, the agency’s focus is still going to be on developing a more repeatable system for accessing the moon in coming years.
Even NASA’s lunar ambitions are tied to international competition. Meanwhile, because China’s first crewed lunar mission is slotted in for 2030, that means America’s return-to-the-Moon timeline becomes more urgent. This competitive context has bolstered NASA’s case to capitalize on the momentum from Artemis II.
Engineers are still working through lessons learned from Artemis II, such as work on the heat shield issues found during the spacecraft’s return to Earth. Those fixes are expected to guide the design of spacecraft for Artemis III and future missions in the program. NASA officials have stressed in recent months, however, that safety reviews will always trump any schedule pressure.
After the historic flyby in April, moon-loving people and scientists will have a treat over the next few years with a regular interval of milestones. Each is aimed at both reducing risk and incrementally flowing towards the final destination of a sustainable human stay on the Moon.
