NASA's Artemis II Mission Captures First Human Photo of Earth from Moon's Far Side During Lunar Flyby

The Artemis II mission achieved a milestone on April 6, 2024, when its four-person crew captured the first-ever photograph of Earth from the far side of the moon. m. ET during a flyby that brought the vehicle within 6,000 to 7,000 kilometers of the lunar surface.

NASA described the view as a muted blue Earth with bright white clouds setting behind the cratered lunar terrain, with the dark portion of Earth in nighttime and swirling clouds visible over Australia and Oceania. The crew, consisting of Commander Reid Wiseman, Pilot Victor Glover, Mission Specialist Christina Koch, and Mission Specialist Jeremy Hansen, used the Orion's 32 cameras—15 fixed and 17 handheld—to document the scene.

No specific credit was given to an individual photographer.

The mission's primary objective is to validate NASA's systems for crewed lunar trips without landing.

During the seven-hour lunar approach, the astronauts worked in pairs to photograph the moon's south pole region, a area of interest for potential resources like frozen water in permanently shadowed craters.

The images will aid in updating lunar maps beyond mere crater counts to assess habitability factors. At the closest approach of about 6,550 kilometers, the moon appeared to the naked eye comparable to a ball 40 centimeters from the face, enabling sharp documentation with professional telephoto lenses.

The flyby also included observations of solar behavior, including a rare solar eclipse where the moon obscured the sun, producing minimal coronal flare due to the moon's larger apparent size from the spacecraft's vantage.

Three hours into the far-side swing, the crew captured high-angle images highlighting the lunar terminator line and stark shadows that reveal terrain details, similar to those used by Apollo crews for navigation. > "Today you’ve made history and made all of America really proud.

Specialist Christina Koch noted the contrast between Earth's beauty and the surrounding blackness, which enhanced its significance from their perspective.

The crew has been transmitting images via digital cameras and iPhones since launch, contrasting with Apollo-era film processing that delayed public releases. m. ET and internal cockpit views through the spacecraft's five windows.

After the flyby, Orion entered the moon's gravitational sphere of influence, pulling it farther from Earth—over 4,000 miles beyond Apollo 13's distance. The total mission distance is 695,081 miles from launch to splashdown. The crew began the return journey on April 7, with the capsule scheduled to reenter the atmosphere on April 10 and splash down in the Pacific Ocean off the California coast near San Diego early on April 11.

This marks the first crewed mission to the moon's vicinity since Apollo 17 in December 1972, using modern technology for real-time imaging.

The 'Earthset' image evokes the 1968 Apollo 8 'Earthrise' photo by Bill Anders, taken from lunar orbit. S. return to the lunar surface. Artemis II's success supports subsequent missions, with Artemis III planned for a crewed landing and Artemis IV for further lunar surface activities before 2030.

The far-side photos reveal features like the 600-mile-wide Orientale basin, straddling near and far hemispheres.