NASA accelerates Moon mission, targets astronaut return by 2028

NASA announced today that it will push its human return to the Moon to 2028, a five‑year acceleration from the original plan. The agency said SpaceX and Blue Origin are each developing lunar landers that will carry crews from Earth orbit to the surface, while a critical orbital test of the landers is slated for 2027. The move follows a series of congressional hearings and budget reviews that highlighted the need to keep the United States at the forefront of deep‑space exploration and to maintain momentum after the Artemis I unmanned flight.

The decision comes as part of a broader strategy to create a sustainable presence on the Moon that can support future missions to Mars. NASA is investing in faster launch schedules for the Space Launch System (SLS) and the new Orion capsule, and in lightweight, modular spacesuits that can be produced more quickly and at lower cost. The new landers will use advanced propulsion systems to reduce fuel mass, while the redesigned missions aim to keep crew time on the surface to a minimum—about 10 days—so that astronauts can return to Earth before the next launch window. The partnership with SpaceX and Blue Origin also reflects a shift toward commercial‑led missions, allowing NASA to allocate more resources to deep‑space science and infrastructure.

In the coming months, NASA will conduct the 2027 orbital test, where one of the landers will demonstrate its ability to dock, land, and return to orbit without human crew aboard. The test will validate critical systems such as guidance, navigation, and communication. After a successful demonstration, the agency will select a lander for the 2028 crewed flight, and begin crew training programs that include simulated lunar surface operations. The 2028 landing will be a landmark event, paving the way for a lunar outpost and providing a testing ground for technologies that will be essential for crewed missions to Mars. The success of this program will also influence international partnerships and the allocation of NASA’s budget for the next decade.