NASA’s Artemis II crew began their journey to Earth on Tuesday, entering the final stretch of a historic mission that took humans around the Moon for the first time in the past 50 years. In a series of updates, the space agency has shared glimpses into the mission’s breathtaking moments. NASA Shares Stunning Moon Glimpses From Deep SpaceOne of the posts has featured a striking image of the Milky Way Galaxy, captured by astronauts following a successful lunar flyby on April 7. In another, the space agency highlighted dramatic views of the Moon taken as the Oron spacecraft passed around its far side. The visuals showed how the Moon looks from a closer perspective that humans have almost never seen before. The surface of the Moon seems almost chaotic
as the craters overlap each other.
Interestingly, what makes these glimpses magnificent is the vantage value. From a long distance, the Moon seems flattened into a bright disc. From the spacecraft, it showcases drama and depth. Craters stretch into the shadowed abysses, as the horizon curves sharply move into the blackness of space. Notably, these glimpses are more than merely aesthetic triumphs. There are data rich observations that help NASA to understand the lunar surface better, especially with the dark side’s composition and impact. Splashdown and Recovery PlanThe Artemis II programme reached an important milestone. Around 10:55 PM IST on Tuesday, the Orion spacecraft exited the Moon’s sphere of influence, the region where lunar gravity dominates. This indicates the Earth’s gravitational pull has once again taken over control, guiding the spacecraft back to Earth. With the Moon now receding behind, the crew is entering a three-day transit phase, where it will conduct a series of trajectory correction burns, short, controlled engine firings to fine-tune their spacecraft’s path.NASA revealed that the Artemis II mission will conclude with a splashdown off the coast of San Diego around 8:07 PM EDT on April 10, 2026. Recovery teams will help the astronauts to undergo medical evaluations before returning to NASA’s Johnson Space Center in Houston.












