20 February 1965. Ranger 8, US spacecraft designed to achieve a lunar impact trajectory and transmit high-resolution photographs of the lunar surface during final minutes of flight, impacted Mare Tranquillitatis. Velocity approximately 6,000 mph. Crater approximately 40 ft. wide.

Meanwhile, nothing but crickets from @BoeingSpace in response to the @NASA media event today. They still feature a #Starliner launch on their social media accounts. Chirp.

THIS is what you call transparent leadership at @NASA.

Venting and Outgassing Simulations of Pressurized Lunar Modules: Contamination of the Lunar Environment https://t.co/GSCy90cerM #moon #Artemis #Lunar.

Smithsonian planetary scientists discover recent tectonic activity on the Moon https://t.co/v8tsy2ifwl #moon #lunar #Artemis

Built for surface infrastructure. In the desert, our humanoid rover deploys solar panels and performs welding tasks—demonstrating autonomous construction capabilities in the field. See what we’re building toward: https://t.co/V6wR1ytlO8

Upscaled 16mm film footage of the Apollo 12 Lunar Module, Intrepid, filmed from the Command Module by Dick Gordon just after undocking, as Pete Conrad and Alan Bean start their descent to the Lunar Surface Upscaled footage and Music by Moonpans Original 16mm film footage: Apollo

Data centers on the Moon? AI at the edge of space? The next chapter of technology isn't on Earth, it's 238,900 miles away. As the world races to build the infrastructure for the lunar economy, one thing is clear: compute, connectivity, and mobility are the foundation everything

NASA Eyes Next Wet Dress Rehearsal for Artemis II https://t.co/udIVXiVfAC "NASA is targeting Thursday, Feb. 19, as the tanking day for the second wet dress rehearsal ahead of the agency’s Artemis II test flight." #NASA #ArtemisII

Add your name to @NASA’s Artemis mission! 👉🏻 https://t.co/LVR2wzCRmX

A new theory on the birth of the Moon could finally explain the origin of our seasons. 📺 Watch Race to the Moon on our YouTube channel https://t.co/HvYit0VYHb

We’ve been getting our rover wheels in the dirt since 2021. Check out a side-by-side of the rendered and real-life Astrolab hardware.

Possible identification of the Luna 9 Moon landing site using a novel machine learning algorithm | npj Space Exploration

#NASA HQ CFO Memo "Guidance to Limit Commitments in Advance of SMD Apportionment" From: NASA HQ [REDACTED] Sent: Tuesday, February 10, 2026 To: OCFO-DL-Enterprise-CFOs Cc: Center CFOs [REDACTED] Subject: Guidance to Limit Commitments in Advance of SMD Apportionment Center

Apollo 17 EVA-2 Schmitt sampling at Station 5 This photo was captured by Gene Cernan on EVA 2 and shows Harrison Schmitt collecting a soil sample from the south side of a group of boulders

Since April 2024, we've been contributing to NASA's Artemis program by advancing the development of our FLEX Lunar Terrain Vehicle (FLEX-LTV) as part of the Lunar Terrain Vehicle Services (LTVS) program, which will enable Artemis astronauts explore more of the Moon. We're

During Artemis II, our crew will get the chance to study the Moon's surface up close—and NASA scientists will track how the human body responds to deep space travel. Explore the science of Artemis II in our latest episode of Curious Universe: https://t.co/5pJCpcNerW

Which is better?

@skupor Our answer 🖖 🚀 @skupor @USTechForce @NASAAdmin @rookisaacman @NASA

We’re getting our wheels in the dirt once again. Our SN1 (Serial Number 1) FLEX rover mockup has been helping us with testing as far back as 2022, but it just recently made its way into our sandbox for the first time. Originally set up to support lander egress testing of our