NASA just wrapped up its initial review of Artemis II, the mission that took four astronauts around the moon earlier this month. The big picture looks solid, with the Orion spacecraft and SLS rocket performing well enough to keep the agency on track for lunar surface landings planned for 2028.
The heat shield came through with flying colors, actually performing better than the uncrewed Artemis I test. Navy divers captured some striking underwater photos of the shield after splashdown, showing it held up as expected with less charring than the previous mission. The capsule landed just 2.9 miles from its target, and its entry velocity was within one mile per hour of predictions.
The SLS rocket also delivered. At main engine cutoff, the spacecraft was traveling over 18,000 miles per hour and hit what NASA called a "precise bullseye" for its intended orbital location. Those kinds of numbers matter when you're planning to land humans on the moon in a few years.
But not everything went smoothly. The toilet system had problems shortly after launch, with mission specialist Christina Koch having to troubleshoot the urine vent line mid-flight. NASA now has teams digging into the hardware and data to figure out what went wrong, because nobody wants to deal with plumbing issues on a lunar mission.
Commander Reid Wiseman shared a stunning video of Earth setting behind the moon, a view humans haven't seen in person since the last Apollo mission over 50 years ago. It's a reminder of just how rare these moments are.
The crew is still adjusting back to Earth gravity. Koch posted a video of herself struggling through a balance exercise with her eyes closed, explaining how microgravity messes with the vestibular system. After ten days in space, her brain had learned to ignore those signals, making her heavily reliant on visual cues to stay oriented.
For anyone following the commercial space race or planning around lunar economy opportunities, Artemis II's success keeps NASA's timeline realistic. The 2027 and 2028 missions are still on the table, which means lunar infrastructure and related AI applications for space operations are getting closer to reality.
