NASA will launch a mission to build a lunar base this year

NASA it has started locking in the first campaigns and says it will turn around month‘s south pole in a place where astronauts can live and work.

The US space The center announced on Tuesday that the first three units of the month this year will send goods and vehicles to transport workers to the southern region. The work builds on the latter Artemis II the flight orbits the moon and marks the busy end of this decade, when astronauts began spending more time on the lunar surface.

The accelerated program appears among the broad to compete with Chinainstalled a series of lunar missions and designed a long-term research station for its astronauts, known as taikonauts. Both countries now see the moon as the next phase of the human experiment and leadership race in deep space.

China has its first human landing in its orbit and could beat NASA back to the surface of the moon. The last landing by a United States crew was in 1972, and no other nation has ever set foot on the lunar surface. Currently, NASA is targeting the arrival of its Artemis IV mission in late 2028.

“What we’re embarking on is a very big challenge, and we know very little about what’s a combined 80 hours of lunar astronaut EVA on the Apollo missions, and that was more than a century ago. So we’re not jumping right into the glassy lunar surface,” NASA administrator Jared Isaacman said in Washington during a news conference. “We’re using the NASA playbook from the 1960s, figuring out what works and what doesn’t, in this amazing science of survival.”

The formation of the base of the moon e the south pole divided into three sections. First, it focuses on making the habitat reliable, trying out ways to survive in the harsh polar environment, and bringing a lot of supplies. Next, NASA and its partners are adding large power systems, multiple cargo runs, and, eventually, areas where astronauts can live and work for long periods of time.

In the final stage, heavy-duty versions of commercial occupiers haul large hardware — habitats, larger power plants, highly capable rovers, and scientific instruments — so that astronauts can assemble the base on top of the spacecraft.

The moon base push comes as a clear pivot from NASA’s previous plan. Until recently, the agency’s road map was very tentative The gatea proposal for a small space station that would orbit the moon rather than station a military force on the ground. Leaders now say they will shift their funding and staff to the grassroots effort and look for ways to repurpose other parts of Gateway.

I the south pole you live at the center of a new strategy. Craters there remain in permanent shadow and may hold frozen water. Nearby ridges can receive sunlight for most of the lunar day. Water can provide drinking water, oxygen, and even rocket fuel. Strong light makes solar energy easy. NASA wants to learn how to use a base in this region before it sends humans on a months-long mission to Mars.

“The base of the moon is as beautiful as it is hostile,” Isaacman said. “We are looking for technology to pioneer to get there, science, and everything we will learn that will make life better here on Earth.”

“The base of the moon is as beautiful as it is hostile.”

The first big step is Moon Base I, which will fly Blue Origin’s Blue Moon Mark 1 Endurance lander in an area NASA calls Shackleton Connecting Ridge near the rim of Shackleton crater. The mission, which aims to launch before the fall of 2026, will carry NASA instruments, including stereo cameras to watch how rocket exhaust throws up lunar dust and rocks and a laser pointer that helps the orbiting spacecraft pinpoint its exact location using laser light. NASA says this flight will reduce the risk of the Artemis landing.

Two more jobs follow. Moon Base II, scheduled for launch later this year, will board Astrobotic’s Griffin lander and delivered more than 1,100 kilograms of cargo, including Astrolab’s FLIP rover, to rock the early propulsion systems. Moon Base III, also intended for this year, will continue to fly Intuitive Machines’ Nova-C The Trinity lander also carried the Lunar Vertex science package to study the unusual “swirling” signs on the surface, as well as instruments from the European Space Agency and South Korea’s astronomy center.

To help crews and robots get around, NASA chose two companies to build lunar vehicles – lunar trucks. The agency awarded approximately $219 million to Astrolab and $220 million to the Lunar Outpost for the first phase of these vehicles, which they want operational by 2028. Astrolab’s CLV-1 rover weighs 2,000 pounds in its configuration, carries two astronauts and tops out at 6 mph on cargo. The Lunar Outpost’s Pegasus rover can drive for up to a year, operate under manual, remote, or autonomous control, and reach over 9 mph.

NASA is also planning a hopping-drone mission, called Moonfall. In 2028, the Moonfall mission will send four small drones that make short hops over the south pole, then land and continue operating for several months dark night of the moon. They will explore rugged terrain, look for signs of buried ice, and snap back sharp images that help later arrivals avoid accidents. NASA’s Jet Propulsion Laboratory in California is leading drone design, too Firefly Aerospace will build a spacecraft that transports itself from Earth orbit to the Moon.

All of this is interconnected a comprehensive Artemis programaiming to bring astronauts back to the surface and on to Mars. Artemis IIItargeted for mid-2027, it will test other pieces needed for a lunar base, including a landing commercial residents.

NASA officials say they don’t yet know exactly where the long-term base will sit or what it will look like. For now, they want more landers, rovers, and drones to explore different hills and craters, and gradually build something like a small lunar area spread over a wide area, said Carlos García-Galán, manager of the lunar base program.

“Since the workers come twice a year, we can extend the time they can spend there before returning home,” said García-Galán. “Eventually, when we match the assets, the accommodation modules, and the logistics and all the logistics around it, then we’ll be able to say, ‘Hey, we’re here forever, and we’re not stopping.’