09.04.2026 - 11:16 | Last Updated:
After a successful loop around the Moon, NASA has officially released the first wave of high-resolution imagery captured by the Artemis II crew. These photographs, now accessible via the agency's public archives and Flickr page, offer a fresh perspective on the lunar far side a region that has remained largely hidden from direct human observation for over half a century.
As the spacecraft begins its final leg of the journey home, these images serve as the first visual testament to a mission that has pushed the boundaries of manned space exploration further than ever before.
While previous missions like Apollo 13 passed significantly closer to the surface, the higher vantage point of Artemis II allowed the astronauts to observe the lunar disk in its entirety. This broader perspective has granted researchers and the public alike a chance to see familiar lunar features alongside rugged, rarely-photographed terrain that defines the Moon’s mysterious and heavily cratered "back side."

One of the mission’s most extraordinary scientific moments occurred as the Moon, the Sun, and Orion aligned to create a total solar eclipse lasting nearly an hour. In the resulting darkness, the crew was able to study the solar corona the sun’s outer atmosphere without the blinding glare of the solar disk.
More remarkably, the astronauts reported seeing six distinct flashes of light on the lunar far side, which were identified as meteoroid impacts. These strikes were only visible because of the unique darkness provided by the eclipse, offering a rare real-time look at the Moon’s ongoing bombardment by space debris.
Launched on 2 April, Artemis II has already secured its place in the history books by reaching a record-breaking distance of 252,756 miles from Earth, surpassing the previous record held by Apollo 13. The crew is now scheduled for a dramatic splashdown off the coast of San Diego on the evening of Friday, 10 April. The data and visual evidence gathered during this ten-day voyage are expected to be foundational for the Artemis III mission, which aims to conduct the first crewed lunar landing in more than fifty years, currently slated for early 2028.