Breaking News:NASA reveals how Artemis II astronauts will live, work, and fly around the Moon during the 10-day mission |– What Just Happened

Just imagine going on a wild ride to the Moon at speeds that would make a Formula 1 car look like a Sunday cruise, while four intrepid astronauts push the boundaries of humanity’s next giant leap forward. NASA’s Artemis II mission, launching no earlier than April 2026, is the first time the Orion spacecraft is carrying humans since Apollo 17 over 50 years ago. Although a 10-day trip to the Moon and back is no casual joyride, it is a vital test of critical technology that is important for future Moon and Mars missions, carrying NASA’s Reid Wiseman, Victor Glover, Christina Koch, and Canadian Space Agency’s Jeremy Hansen. As the teams prepare to roll out to Kennedy Space Center’s Launch Pad 39B, the anticipation is building for a record-breaking adventure to the Moon and beyond.

Artemis II launch day and flight day 1

The Artemis II mission kicks off with a thunderous SLS rocket launch from Florida, propelling Orion into space within eight minutes. Once separated from the rocket’s interim cryogenic propulsion stage (ICPS), the crew dives into high Earth orbit checks: testing the potable water dispenser, toilet, and carbon dioxide removal systems while doffing their orange launch suits for comfort. A key highlight is the proximity operations demo, where Orion manoeuvres near the repurposed ICPS as a docking target, verifying safe approaches for future missions. After rearranging the cabin for four floating astronauts, they snag a short sleep before a wake-up for engine firings to prepare for translunar injection (TLI) and a Deep Space Network comms test at orbit’s farthest point. “The crew will then have about 23 hours to do a thorough checkout of Orion’s systems while still relatively close to home,” notes NASA’s official agenda, underscoring the packed yet methodical start.

Translunar journey: Flight days 2 to 5

Flight Day 2 ramps up with workouts on Orion’s flywheel device, stressing life support before the pivotal TLI burn powered by the European Service Module’s engine delivering 6,000 pounds of thrust. Koch preps this path-setting manoeuvre, slinging Orion onto a free-return trajectory around the Moon’s far side. Post-burn, the team acclimatises with space-to-ground video chats, easing into deep space life. Days 3 to 5 include outbound trajectory correction burns to refine the path to the Moon, as well as demos such as CPR in microgravity and medical kit tests using thermometers and stethoscopes. On Day 3, Glover, Koch, and Hansen practice lunar observation activities scheduled for Day 6, and Koch also tests emergency communications using the Deep Space Network. Geography targets and space photography are carried out on Day 4, and on Day 5, the Moon’s gravitational sphere is entered as spacesuit tests include donning, pressurization, and eating through helmet ports for emergency use for six days of breathable air.

Lunar flyby and return: Flight days 6 to 10

The crescendo of the mission is on Flight Day 6 as Orion makes its closest approach to the Moon (4,000 to 6,000 miles), possibly breaking the record of Apollo 13’s greatest distance from Earth of 248,655+ miles. Turning away from Earth’s view on the far side of the Moon for 30 to 50 minutes, the crew takes photos and videos of their surroundings, noting the Moon’s colors, shadows, and other features and relating them to their real-time observations. “The crew will spend most of their day taking photos and videos of the Moon.” Day 7 is for a post-flyby debrief, chats with scientists on the Moon, a breather off-duty, and the first return trajectory correction maneuver as Orion leaves the Moon’s gravitational influence. Day 8 is for demonstrating radiation shelters from solar flares using crucial equipment for deep space radiation data and piloting the ship for tasks such as centering a target and attitude mode. Preparation for return is on Day 9: reentry studies, waste system backups, orthostatic intolerance garment fittings to counter dizziness after landing, and another return trajectory correction maneuver.Climaxing on Day 10, a last RTC fine-tunes splashdown, cabin reconfigures, and suits return amid crew-service module separation. The heat shield endures 3,000°F reentry, followed by drogue, pilot, and main parachutes slowing to 17 mph for Pacific Ocean recovery by NASA and Navy teams. In a January 2026 news conference, NASA confirmed the 10-day span and rollout plans, with John Honeycutt stressing, “Safety is to be number one.” This agenda, blending rigour and wonder, paves Artemis’s path forward.