NASA Moon Base

Building humanity's first outpost on the Moon.
For science. For discovery. For what comes next.

[NASA Moon Base @NASAMoonBase]

The wheels are in motion for Moon Base!

From robotic rovers to lunar terrain vehicles, our latest update highlights progress on the mobility systems that will support early Moon Base development and Artemis exploration.

See what's rolling: https://t.co/xG6fSpetfW

[NASA History Office @NASAhistory]

80 years ago today, the first images of Earth from space were taken. A 35mm camera mounted on a captured V-2 rocket launched from White Sands Missile Range in New Mexico. This photo is a frame from the rocket's journey to 65 miles (105 km) above Earth's surface.

[NASA Administrator Jared Isaacman @NASAAdmin]

Apollo should never represent the upper limit of what @NASA can achieve. It should be a standard we continuously strive to exceed.

We’re bringing that intensity, discipline, and engineering ownership back to this agency. Great nations do not remain great by being caretakers of history, but by continuously making history.

[NASA @NASA]

We are not slowing down. 🚀

Our Artemis III mission will send four astronauts to low Earth orbit next year to test critical systems needed for future lunar landings https://t.co/G5CkHbQhFR and we’re accelerating efforts to ensure the success of Artemis IV, the first Artemis mission on the lunar surface https://t.co/zEDKEcLpXY.

[NASA Spox @NASASpox]

NASA just shared some major updates on the road ahead for Artemis 🚀

2027: Artemis III tests Orion and two lunar landers in low Earth orbit.
2028: Artemis IV returns Americans to the Moon.

Catch up on today's announcements in this special edition NASA Minute!

[NASA Artemis @NASAArtemis]

To prepare for NASA’s Artemis IV mission to land astronauts on the lunar surface, SpaceX and Blue Origin have updated their concepts of operations for its landers.

These landers — Starship and Blue Moon — have concepts of operations different from one another. More below ⬇️

[NASA Artemis @NASAArtemis]

Artemis III will be one of the most complex test missions in NASA history.

Launching in 2027, Artemis III astronauts will practice rendezvous and docking with two commercial lunar landers designed to carry crew from the Orion spacecraft to the lunar surface.

Details below ⬇️

[NASA's Johnson Space Center @NASAJohnson]

One year on Mars. One final check-in. 🔴

On this week’s #HWHAP, the CHAPEA 2 crew reflects on life inside NASA’s simulated Mars habitat, what they’ve learned and what they’re looking forward to as their 378-day mission approaches its end. https://t.co/eo5RCYc8Fd

[NASA Artemis @NASAArtemis]

“It’s crazy to look up and see the Moon far away again. I got used to seeing it bigger.”

Emeritus astronaut Victor Glover and retired Canadian Space Agency astronaut Jeremy Hansen reflect on the Artemis II mission on Houston We Have a Podcast. https://t.co/HhmAqeXHHG

[NASA Artemis @NASAArtemis]

Two scientists. One unforgettable view of our planet.

What's it like to see the Artemis II Earthrise image through the eyes of a lunar scientist? How about an oceanographer? Jacob Richardson & Ivona Cetinic are here to tell us.

Explore Artemis II data: https://t.co/VTUbJMrjIa

[NASA @NASA]

"I just hear over and over again: 'I felt like I went on the mission with you'."

Artemis II's Jeremy Hansen and Victor Glover reflect on their historic trip around the Moon — and how life on Earth has been since — in our latest Houston We Have A Podcast: https://t.co/jZ9Zm5P8Z8

[NASA Moon Base @NASAMoonBase]

The next chapter of human lunar exploration will unfold near the Moon’s South Pole.

This interactive lets you tour the region where the Moon Base will take shape and explore its distinctive lighting, rugged terrain, and notable landmarks.

Launch the interactive: https://t.co/1ShFzgLlBK

[International Space Station @Space_Station]

Planting the seeds for deep space exploration! 🌱🚀

Astronauts on the space station are continuing to test ways to grow fresh food in microgravity using plant pillows, advancing @NASAScience_ research on seed storage and crop growth capabilities for future exploration missions.

[NASA @NASA]

There's a lot of ground to cover when you're building a Moon Base.

During the first phase of @NASAMoonBase development, robotic rovers will gather new details about the lunar South Pole region, while lunar terrain vehicles will extend the reach of each Artemis mission.

[NASA @NASA]

“It was the greatest adventure that four humans can ever go on.”

Listen to Artemis II's Christina Koch and Reid Wiseman reflect on their historic, 10-day journey around the Moon in a recent episode of Houston We Have a Podcast: https://t.co/VGDDcDzcdD

[NASA Spox @NASASpox]

There was plenty to see across @NASA this week 🚀

🔴 Perseverance breaks a record on Mars
🛰️ Fresh cargo arrives at the ISS
🌌 CRS-35’s space jellyfish lights up the East Coast
🔥 New heat shield tech put to the test
🌔 Artemis III assembly advances

Here’s your NASA Minute!

[NASA's Johnson Space Center @NASAJohnson]

The world watched them make history. Now, hear what stayed with them.🌕

On this week's #HWHAP, Artemis II astronauts Victor Glover and Jeremy Hansen share the moments that stay with them, how their perspectives changed, and what's next. https://t.co/10KWdOhVvp

[NASA Moon Base @NASAMoonBase]

ICYMI: Before a lunar lander can explore the Moon, it has to prove it can withstand the journey. Engineers at @NASAJPL recently completed environmental testing of Griffin-1, a commercial lander supporting early Moon Base development. https://t.co/mKk6IPsjH5

[NASA @NASA]

Did you know we have a newsletter?

We send out weekly updates straight to your inbox about all that’s happening at NASA—free of charge. From space science to technology on the ground, never miss a NASA update: https://t.co/J5l4OYGVE8

[NASA Science @NASAScience_]

One step closer to boots on the Moon! 🌙

To prepare for Moon Base, NASA needs to know what physical tasks crews can handle immediately after landing—and Artemis II provided some insight.

Soon after splashdown, the crew suited up and tackled mission-critical tasks, demonstrating successful performance within hours of their return.