Early on 2 April 2026, a crewed spacecraft lifted off from Florida for a planned lunar flyby. Four astronauts will travel beyond low Earth orbit, circling the Moon and returning to Earth after several days.
This flight marks the first time in over five decades that humans are heading toward the Moon on a crewed mission. The focus is testing systems, exercising crew operations, and rehearsing steps needed for future lunar landings.
Launch timing and flight profile
The mission began at Kennedy Space Center in the pre-dawn hours. Teams checked the Space Launch System and Orion capsule for the final go/no-go sequence before ignition.
Once in orbit, the spacecraft will perform translunar injection to head toward the Moon, complete its planned flyby, and then use precise burns for the return trip to Earth.
Mission length and key milestones
The mission is expected to last about ten days, covering launch, lunar flyby, and re-entry. Critical milestones include checkout in Earth orbit, the burn toward the Moon, closest approach, and the re-entry sequence.
Meet the crew
Four experienced astronauts make up the flight team, bringing a mix of spaceflight hours and technical expertise. Each member has specific roles for command, piloting and mission systems.
The international lineup also reflects growing cooperation in human spaceflight, combining agency and national experience.
Commander: Reid Wiseman
As mission commander, he leads crew operations and decision-making. His background includes prior spaceflight experience and leadership of long-duration mission teams.
Pilot: Victor Glover
The pilot handles vehicle control and supports systems monitoring. He brings operational experience from previous missions and spacecraft handling.
Mission Specialist: Christina Koch
Her responsibilities include science operations and payload oversight. She has conducted research and extravehicular activities on past flights.
Mission Specialist: Jeremy Hansen
Representing international partnership, he supports mission systems and communications. His role strengthens collaboration across agencies.
Mission goals and science
The flight is primarily a systems test for deep-space crewed operations. Teams will validate life support, navigation, and crew procedures in a lunar environment.
Secondary goals include technology demonstrations and opportunities for experiments that benefit later lunar missions.
Key objectives
- Validate spacecraft systems in lunar-distance conditions and re-entry profiles.
- Exercise human factors like crew workflows, habitability, and emergency responses.
- Collect science data from onboard instruments and technology demonstrations.
What this means for space exploration
Flying humans around the Moon is a rehearsal for future landings. Success will reduce risk for missions that aim to return astronauts to the lunar surface and build a sustained presence.
Beyond hardware checks, the mission will refine international operations, mission planning and commercial partnerships that support long-term exploration.
As the spacecraft completes its planned flyby and heads home, mission teams will analyze data to shape the next steps in human lunar exploration and the roadmap beyond low Earth orbit.