NASA Analyzes Artemis II Health Data and 11,500 Lunar Files After 45-Day Study Window
Updated
Updated · Science@NASA · Jun 12
NASA Analyzes Artemis II Health Data and 11,500 Lunar Files After 45-Day Study Window
3 articles · Updated · Science@NASA · Jun 12
Summary
45 days after Artemis II splashdown, NASA wrapped initial postflight data collection and is now analyzing crew health, performance and recovery data from the Moon mission.
Researchers measured blood pressure, heart rate, eye health, motor control, cognition and simulated docking, then tested astronauts in obstacle courses and spacesuits adjusted to one-sixth Earth gravity to gauge readiness for Moon or Mars landings.
At Emulate’s Boston lab, organ chips carrying bone marrow cells from all 4 Artemis II astronauts are being compared with ground controls and blood samples to track molecular effects of deep-space radiation and microgravity.
Later this year, NASA plans initial interpretations of nearly 7 hours of lunar observations and will release more than 100 science audio recordings plus about 11,500 Earth-and-Moon image and video files through the Planetary Data System.
The results are intended to guide safer deep-space missions, future lunar surface science and eventually personalized medical kits for astronauts as NASA pursues a sustained Moon presence.
With the lunar landing now delayed to 2028, what critical systems will the new Artemis III crew test in Earth orbit?
What unexpected lunar surface changes, from impact flashes to color variations, did the Artemis II crew's seven-hour observation reveal?
How can organ chips—'virtual astronauts'—reveal which crew members are most at risk from deep space radiation before they even fly?
Artemis II’s 11,500-File Data Release: Transforming Lunar Science, Astronaut Health, and the Ethics of Exploration
Overview
Artemis II is NASA’s first crewed test flight of the Orion spacecraft and Space Launch System rocket, marking a major step toward returning humans to the Moon. The mission’s main goal is to thoroughly test Orion’s systems and performance in deep space with astronauts on board, which is essential for future lunar landings. During the mission, the crew carries out a series of planned tests, including manual operations and monitoring automated functions, to assess the spacecraft’s systems and procedures in the challenging environment of deep space. These activities ensure Orion is ready for the next phase of lunar exploration.