As per latest information gathered by MM News, NASA’s Artemis II crew has successfully completed a key propulsion milestone and is now on a home‑and‑back trajectory that will take them farther from Earth than any humans in history.
The Orion spacecraft’s translunar injection burn placed the four‑person crew on a looping trajectory around the Moon and back to Earth, NASA said. As of early April, the astronauts have surpassed the Apollo 13 record — about 248,655 miles (approximately 400,171 km) from Earth — making them the most distant humans ever from the planet.
Mission status and crew
– Reid Wiseman, mission commander (NASA)
– Christina Koch, pilot (NASA; one of the first women on a deep‑space mission)
– Victor Glover, mission specialist (NASA)
– Jeremy Hansen, mission specialist (Canadian Space Agency) — the first Canadian to fly around the Moon
NASA reports the crew is in “great spirits,” the Orion vehicle is performing nominally, and flight controllers expect the spacecraft to skirt the lunar far side, perform the planned looping flyby, and then return toward Earth on schedule.
Mission goals and timeline
Artemis II is a roughly 10‑day crewed lunar flyby designed to validate the Space Launch System (SLS) rocket and the Orion capsule with humans aboard. The flight is not a landing but a critical end‑to‑end test of life support, navigation and communications systems in deep space ahead of a planned return to the lunar surface on Artemis III, targeted for 2027.
Operational profile
During the lunar flyby the crew are not in a stable lunar orbit but on a looping trajectory around the Moon. Over tightly scripted passes they will execute technical and scientific tasks, including trajectory‑correction burns and observation runs while transiting the near and far sides.
Technical and vehicle‑system testing
Throughout the mission the crew are continuously monitoring and testing Orion’s life‑support systems — including air scrubbing, the potable‑water dispenser, sanitation systems and carbon‑dioxide removal — to verify the capsule can sustain four crew members during deep‑space operations.
Teams are also validating propulsion, navigation and communications hardware. Planned checks include trajectory‑correction burns and deep‑space radio tests using NASA’s Deep Space Network to confirm Orion’s ability to navigate and relay telemetry and voice around the Moon.
Human‑spaceflight and medical operations
The crew are rehearsing emergency procedures and evaluating medical systems: donning and pressurizing new deep‑space suits, operating onboard medical equipment such as blood‑pressure monitors and stethoscopes, and even practicing CPR in microgravity. Flight surgeons and investigators are observing sleep cycles, noise levels, crew comfort and other human factors to assess how a four‑person team performs in a confined capsule on a multi‑day mission.
Science and lunar observations
As Orion swings behind the Moon, the astronauts are conducting planned visual and camera‑based observations of lunar terrain, lighting conditions and candidate landing regions for future Artemis missions. The crew are executing an “observation choreography” designed to document surface features that will aid geologists and landing‑site planners for Artemis III and later missions.
With Orion confirmed on the translunar trajectory and systems checks proceeding, NASA says Artemis II is on track to complete its looping lunar flyby and return the crew safely to Earth. The mission’s data and human‑flight experience will feed directly into preparations for Artemis III and the agency’s longer‑term goal of establishing a sustained human presence on the Moon and advancing toward crewed missions to Mars.
