The mission, scheduled under the Shenzhou-23 program, forms part of China’s broader strategy to expand long-duration human spaceflight experience while advancing capabilities needed for future deep-space exploration.The crew includes Zhu Yangzhu, Zhang Zhiyuan and Lai Ka-ying, with Lai becoming the first astronaut from Hong Kong to participate in a Chinese spaceflight mission.

The astronauts spoke at a press conference held at the Jiuquan Satellite Launch Center ahead of the launch to the Tiangong Space Station, which serves as the centerpiece of China’s human spaceflight program.The extended mission is expected to provide valuable operational data on the physical and psychological effects of prolonged stays in orbit, as well as the performance of life-support systems and station infrastructure over extended durations.

China has identified a crewed lunar landing by 2030 as a strategic national objective. Achieving that goal will require the completion and testing of a range of new technologies, including lunar landers, next-generation crew spacecraft, launch systems and mission-control capabilities tailored specifically for operations beyond low-Earth orbit.

With fewer than four years remaining before its self-imposed deadline, China faces a demanding development schedule to demonstrate that all critical systems are ready for a lunar mission.

The effort underscores Beijing’s growing ambitions in space exploration and its determination to establish itself as a leading space power through independent technological development and sustained human presence beyond Earth orbit.

Astronauts aboard NASA’s Orion capsule conducted direct observations of the Moon’s shadowed hemisphere, witnessing meteor “impact flashes” striking the cratered surface.

The flyby brought the spacecraft within 4,070 miles of the lunar surface roughly six days after launch.Scientists at NASA’s Johnson Space Center monitored the event in real time, recording data relayed by the crew as they passed around the Moon at a distance of about a quarter million miles from Earth.

The milestone marks the first time astronauts have traveled to the vicinity of the Moon since the Apollo program ended more than five decades ago. The previous record of roughly 248,000 miles was set in 1970 during the Apollo 13 mission, which was forced to abort its landing due to a critical malfunction.

The Artemis II crew Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen also photographed Earth rising and setting against the lunar horizon, a rare visual phenomenon observed only by astronauts traveling beyond the Moon’s near side.

During the flyby, communications with Earth were cut for about 40 minutes as the Moon blocked signals between the spacecraft and NASA’s Deep Space Network. The blackout period is a known feature of missions traversing the far side of the Moon.

The astronauts also identified and proposed informal names for previously unnamed lunar features, including one crater suggested as “Integrity,” after their spacecraft, and another in memory of Wiseman’s late wife.

The mission forms part of NASA’s broader Artemis program, which aims to return humans to the Moon by 2028 and establish a sustained presence, including infrastructure to support future missions to Mars.

US President Donald Trump congratulated the crew during a live communication following the flyby, calling the achievement historic and globally inspiring.

The milestone was reached roughly two days, five hours and 24 minutes after launch from Kennedy Space Center in Florida, according to NASA, with onboard crew reporting visible views of the Moon and newly released images capturing Earth from deep space.

“We can see the Moon out of the docking hatch right now, it is a beautiful sight,” astronaut Christina Koch said during a live broadcast late Friday, describing the moment the crew was informed they had passed the midpoint.

NASA’s tracking data showed the Orion spacecraft continuing on its trajectory as astronauts conducted system checks and onboard tests following an intense launch sequence and critical engine burn that set the spacecraft on course toward lunar orbit.

Crew member Jeremy Hansen described the experience as “extraordinary” during a media interaction, noting this was his first journey into space. “The views are extraordinary,” he said, adding that floating in zero gravity felt “like a little kid.

”The four-member crew also includes Victor Glover and mission commander Reid Wiseman, who has been credited by NASA officials for capturing detailed images of Earth showing oceans and cloud formations.

NASA said all systems aboard Orion were functioning normally, with astronauts in “great spirits” and maintaining contact with family members while continuing mission tasks, including medical checks and preparation for scientific observations during the closest approach to the Moon.

The next key phase is expected late Sunday into Monday, when the spacecraft enters the Moon’s gravitational sphere of influence, marking a transition where lunar gravity becomes the dominant force acting on Orion.

If successful, the mission could see the crew travel farther from Earth than any humans in history as the spacecraft loops around the Moon, an achievement not completed in more than five decades.

“There is nothing normal about this,” Wiseman said earlier, describing the mission as a significant technical and human undertaking.

The Artemis II mission forms part of NASA’s broader program to return humans to the Moon and establish a sustained presence, with future plans aimed at building a permanent lunar base to support deeper space exploration.

SpaceX has presented NASA with a simplified and faster mission strategy for its Starship lunar lander, promising improved safety, quicker timelines, and a stronger pathway toward America’s return to the Moon — marking a new phase in human space exploration and innovation.

SpaceX has revealed a new and simplified version of its Starship mission proposal to NASA, designed to accelerate the timeline for returning astronauts to the Moon.

The announcement comes at a time when global interest in lunar exploration is intensifying, and the United States is determined to maintain its leadership in space innovation.

According to SpaceX, the revised plan focuses on operational efficiency, improved crew safety, and reduced complexity without compromising mission success.

The company said it has been collaborating closely with NASA’s Artemis program, which aims to establish a sustainable human presence on the Moon before the end of the decade.

The Starship spacecraft, known for its fully reusable design, is central to SpaceX’s broader vision of making space travel more accessible and cost-effective.

By simplifying the mission architecture, SpaceX intends to streamline critical elements such as refueling operations, launch sequences, and lunar landing procedures. This is expected to minimize risks and cut down the preparation time between test flights and human missions.

In its recent update, SpaceX emphasized that the simplified plan would help accelerate crewed missions while maintaining high safety standards.

The company noted that every adjustment has been made after thorough analysis and feedback from NASA engineers. This new approach, it said, aligns perfectly with NASA’s goal of ensuring both speed and safety in its lunar program.

The proposal comes as global competition in lunar exploration intensifies. China, which has made major strides in its space program, is reportedly preparing its own crewed lunar mission later this decade.

By optimizing its Starship program, SpaceX and NASA aim to ensure that the United States remains at the forefront of space exploration and lunar development.

SpaceX has already made significant progress with the Starship vehicle, conducting a series of high-altitude flight tests and improvements to its Super Heavy booster.

These advances have provided valuable data about the rocket’s reusability, aerodynamic performance, and precision landing capabilities. The company believes these innovations will play a crucial role in making lunar travel both routine and reliable.

The simplified mission plan also places strong emphasis on sustainability. SpaceX aims to leverage its reusable Starship system not just for the Artemis missions but also for future deep-space exploration, including potential crewed missions to Mars.

The company’s engineers say that simplifying lunar operations now will help establish a foundation for longer and more complex missions in the future.

NASA officials have praised SpaceX’s commitment to collaboration and innovation. The agency has repeatedly highlighted the importance of working with private partners to achieve its long-term goals in space exploration.

The new Starship proposal, if approved, could shorten the timeline for the first crewed lunar landing under the Artemis program, originally scheduled for later this decade.

Industry experts believe the plan could redefine the next era of spaceflight by combining NASA’s scientific rigor with SpaceX’s rapid development model.

The collaboration represents a unique blend of government oversight and private sector ingenuity, setting the stage for faster and more flexible missions beyond Earth’s orbit.

SpaceX’s proposal also comes amid growing public enthusiasm for space travel and exploration. With renewed interest in lunar science, resource utilization, and technology development, the Moon is once again becoming a gateway to broader interplanetary ambitions.

The company hopes its simplified approach will not only advance American space leadership but also inspire a new generation of scientists and engineers.

In the coming months, NASA is expected to review SpaceX’s updated Starship plan and assess its feasibility for upcoming Artemis missions.

If accepted, the proposal could mark a turning point in modern space exploration — one that emphasizes efficiency, collaboration, and sustainability as humanity takes its next giant leap toward the stars.

SpaceX remains confident that its innovations will help make lunar missions more practical and cost-effective, paving the way for humanity’s long-term presence beyond Earth.

With a clearer roadmap and simplified architecture, the dream of returning to the Moon — and eventually reaching Mars — appears closer than ever.