Artemis II’s Orion spacecraft made history by breaking the record for the farthest distance traveled by humans from Earth at 1:57 p.m. ET. The crew faced a communication blackout for approximately 40 minutes around 6:44 p.m. ET as the spacecraft passed behind the moon. By 7 p.m. ET, the crew had its closest encounter with the moon, providing the first-ever glimpse of the moon’s far side with the naked eye. Later, at around 8:32 p.m. ET, the spacecraft entered an eclipse for about an hour as the sun moved behind the moon from the crew’s perspective. The lunar flyby observation period concluded around 9:35 p.m. ET, with the crew set to transmit images to NASA’s team on the ground as they head back home.
During the total solar eclipse on Monday evening, the Artemis II crew marveled at the breathtaking views, struggling to find words to describe the experience. Pilot Victor Glover expressed the difficulty in articulating the awe-inspiring sights, emphasizing the extraordinary nature of the experience. Commander Reid Wiseman added that the sights were both spectacular and surreal, underscoring the need for new adjectives to capture the essence of what they witnessed.
The crew reported witnessing meteor flashes on the moon, observing intricate details on the lunar surface, and catching glimpses of Mars, Venus, and Saturn in the distance. This groundbreaking mission set a new distance record for human space travel, surpassing the previous mark set by Apollo 13 in 1970. The crew is now en route back to Earth, with a scheduled landing on Friday.
As the crew broke the distance record, they proposed naming two lunar craters, Integrity and Carroll, in honor of their spacecraft and Commander Wiseman’s late wife. Emotional moments ensued as the astronauts embraced their historic achievement. The crew, comprising Wiseman, Hansen, Koch, and Glover, is expected to return to Earth in four days, culminating their mission with a splashdown near San Diego.
The crew’s training and preparation for the mission included studying lunar geography and observing solar eclipses, enhancing their readiness for the lunar flyby. Throughout their journey, they will provide real-time observations and data analysis, contributing valuable insights for future lunar exploration. The mission promises unprecedented views of the moon’s far side, including landmarks such as the Apollo landing sites and the south polar region, setting the stage for further scientific discoveries.
Artemis II’s astronauts are following a trajectory similar to Apollo 13’s free-return lunar path, utilizing gravitational forces for an efficient return journey. The crew’s voyage aims to inspire future generations and advance humanity’s understanding of space exploration.
