Artemis II Astronauts Break Apollo 13 Document In Historic Deep House Milestone
More than half a century after the Apollo era pushed the limits of human spaceflight, NASA astronauts have officially gone even farther.
The crew of Artemis II has now surpassed the long-standing distance record set during Apollo 13, becoming the farthest-traveling humans ever as they swing around the Moon and into deep space.
The milestone comes as the four-person crew aboard NASA’s Orion spacecraft executed the most critical phase of their mission: a high-speed lunar flyby that carried them beyond roughly 252,000 miles from Earth. That distance eclipses the record set by Apollo 13 astronauts in 1970, who reached a similar trajectory while aborting their original Moon landing mission.
This time, however, the journey is intentional.
Commanded by Reid Wiseman, alongside pilot Victor Glover and mission specialists Christina Koch and Jeremy Hansen, the Artemis II crew is carrying out the first crewed mission beyond low-Earth orbit since 1972. Their objective is not to land, but to prove that NASA’s next-generation systems can safely carry humans deep into space—and back.
LIVE: Watch with us as the Artemis II astronauts make their closest approach to the Moon, traveling farther from Earth than ever before. https://t.co/Zpy7GdTqA8
— NASA (@NASA) April 6, 2026
As Orion looped behind the Moon, the crew temporarily lost communication with Earth, a planned blackout lasting about 40 minutes. The moment mirrored the tense radio silence experienced during Apollo missions, but this time it marked a turning point in a new era of exploration rather than a race against catastrophe.
During the flyby, astronauts captured images of the Moon’s far side—terrain rarely seen directly by humans. Massive impact basins, jagged mountain ranges, and shadowed craters came into view as the spacecraft traced its path around the lunar surface. At the same time, the crew also witnessed a familiar but powerful sight: Earth rising above the Moon’s horizon, a reminder of just how far they had traveled.
The record-setting distance represents a major validation of NASA’s Artemis program, which aims to establish a sustained human presence on the Moon and eventually send astronauts to Mars.
Unlike Apollo-era missions, Artemis II is testing a wide range of systems critical for long-duration spaceflight. Engineers are monitoring life support performance, radiation exposure levels, navigation precision, and communication delays—all under real deep-space conditions. Every piece of data collected during this mission will feed directly into future operations.
Artemis II is not just going “to the Moon,” but rather traveling to meet it at an exact point in space.
It’s all about orbital mechanics. pic.twitter.com/Gy4Dy5k8t9
— Massimo (@Rainmaker1973) April 6, 2026
The trajectory itself also highlights the efficiency of modern mission design. After rounding the Moon, Orion will use a gravity assist to accelerate back toward Earth, conserving fuel while maintaining precise control over its return path.
The human element of the mission is equally significant. Koch is set to become the first woman to travel this far into space, while Hansen represents Canada’s role in the Artemis program, marking one of the most internationally collaborative efforts in spaceflight history.
For NASA, Artemis II serves as a bridge between past and future. While Apollo proved that humans could reach the Moon, Artemis is focused on staying there—and going even farther.
If the remainder of the mission proceeds as planned, Orion will reenter Earth’s atmosphere at high speed before splashing down in the Pacific Ocean later this month.
By then, the record will already be secured. For the first time in history, humans have pushed beyond the outer boundary once reached in a moment of crisis during Apollo 13—and turned it into a deliberate step forward.