（Singapore, 09.04.2026）The global race to return humans to the moon is gaining momentum as the United States and China advance competing plans that could shape the future of space exploration.
This week, NASA reached a major milestone with its Artemis program. Four astronauts on the Artemis II mission travelled farther into space than any human before, flying past the far side of the moon. The mission is seen as a key step toward a planned lunar landing later this decade.
For the United States, the objective is to land astronauts near the moon’s south pole by 2028 and establish a sustained presence. This progress is also drawing attention to China, which has set a target to send astronauts to the moon by 2030.
A New Space Race Takes Shape
China’s lunar ambitions are accelerating as U.S. progress advances. What was once a long-term objective is increasingly viewed as part of a broader strategic competition between the world’s two largest economies.
Analysts say the focus is shifting beyond the first landing to longer term capabilities, including the ability to sustain operations, build infrastructure, and lead future space activity.
China has steadily expanded its capabilities. In recent years, it became the first country to return samples from both the near side and the far side of the moon, underscoring its growing technological capacity.
These robotic missions have provided critical data on lunar terrain, communications, and deep space operations, forming the foundation for future crewed missions.
To meet its 2030 target, China is developing a new architecture for human lunar exploration. The Long March-10 rocket will carry the crewed spacecraft Mengzhou, while a separate launch will deploy the Lanyue lunar lander.
The two spacecraft are expected to dock in lunar orbit. Two astronauts will descend to the surface, collect samples, and return to orbit before heading back to Earth.
A crewed mission places significantly higher demands on safety and system reliability compared with robotic missions. All components, including rockets and spacesuits, must operate with a high degree of precision.
Earlier tests in China show that the Long March-10 rocket can safely abort a mission when required, while the Lanyue lander has demonstrated controlled ascent and descent in simulated lunar conditions.
Despite the tight timeline, analysts say China has a track record of meeting major space milestones on schedule. Officials have also indicated that the 2030 target may allow some margin for flexibility.
Long Term Lunar Strategy
China’s ambitions extend beyond a single landing.
The country is working with Russia on the International Lunar Research Station, a project aimed at establishing a permanent research base on the moon. Plans call for a basic version of the station by 2035, followed by expansion into a broader scientific and resource platform.
In parallel, the United States is leading an international framework through the Artemis Accords, bringing together partner countries to support long term lunar exploration.
This evolving landscape reflects not only technological competition but also efforts to shape governance and partnerships in space.
China continues to rely on robotic missions to support its longer-term plans. Its Chang’e program has achieved multiple milestones, including retrieving samples from the moon’s far side, a first in lunar exploration.
Upcoming missions will focus on the lunar south pole, with objectives that include identifying landing sites and assessing resources that could support sustained human presence.
The renewed push toward the moon comes amid broader competition between the United States and China across trade, technology, and defense. Space is emerging as another domain of strategic importance.
The United States currently holds momentum through its Artemis program, but China’s steady progress suggests the competition will remain closely contested.
As both countries move closer to sending humans back to the moon, developments over the next decade are likely to influence not only exploration timelines but also the long-term direction of human activity beyond Earth.
