
ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA

ALT A close-up view of the Moon captured by an Artemis II crewmember using an iPhone on April 6, 2026, during flight day six of the mission. The image reveals the Moon’s rugged, gray-white surface, covered in countless impact craters of varying sizes. Some areas appear relatively smooth, while others are densely packed with overlapping craters. Along the right edge, sunlight casts deep shadows across the cratered terrain, sharply contrasting with the blackness of space. Credit: NASA









