NASA Launches 3 Moon Base Missions Ahead of 2028 Landing

NASA is taking the first major steps toward building a permanent home on the Moon, starting with three missions launching in 2026.

The space agency announced this week that Moon Base I, II, and III will kick off preparations for the crewed Artemis landing planned for 2028. These are just the beginning—NASA says more than a dozen missions will be announced throughout the year.

Moon Base I will launch no earlier than fall 2026 using Blue Origin's Blue Moon lander. It's carrying cameras and laser arrays to study how rocket thrusters interact with the lunar surface, helping engineers design better landing systems for future missions.

Moon Base II follows later this year with over 1,100 pounds of cargo, including a rover that will test how vehicles handle the Moon's challenging terrain. The data will inform the design of new lunar rovers that astronauts will eventually drive across the surface.

Moon Base III will deliver science instruments from NASA, the European Space Agency, and South Korea's space institute. The main experiment will study mysterious bright swirls on the Moon's surface to help scientists understand how materials behave in extreme conditions.

NASA also announced $627 million in contracts to build two new Moon rovers. Astrolab's vehicle can transport astronauts and supplies, while Lunar Outpost's lighter Pegasus rover supports both manual and remote driving.

The space agency selected Firefly Aerospace to build the spacecraft for an ambitious 2028 mission carrying four drones. These flying robots will capture high-resolution images of hard-to-reach areas during the lunar day, then test survival technology through the brutal two-week lunar night.

The Ripple Effect

All three missions target the Moon's South Pole region, where scientists believe ice deposits could provide water, oxygen, and rocket fuel for long-term missions. This infrastructure will support not just brief visits but sustained human presence beyond Earth for the first time.

The technology tested in these missions will help astronauts live and work on the Moon safely. Remote-controlled rovers can scout dangerous areas before humans arrive, while surface studies ensure landers don't kick up debris that could damage equipment.

These missions represent more than scientific achievement. They're building the foundation for a future where humans routinely travel beyond Earth, expanding our understanding of the universe and our place in it.

Humanity's return to the Moon is no longer a distant dream—it's happening right now, one mission at a time.