China has one of the world’s most capable space programs, split between a civilian agency and the armed forces. The civilian side oversees the missions that tend to make headlines, including the Tiangong space station and lunar sample returns. The military side, part of the People’s Liberation Army (PLA), manages the satellites and counterspace tools that would matter in a conflict. Both rely on the same rockets and tracking network.
That overlap is essential to understanding Chinese space activity. The same launch site might support a scientific probe one week and a military satellite the next. Even when their missions differ, the civilian and military programs share hardware, budgets, and personnel.
The CNSA and China’s Civil Space Program
The China National Space Administration (CNSA) is the government body that plans and runs China’s civil space missions. It sets policy and represents China internationally, while state contractors build most of the actual hardware. The agency was formed in April 1993, when the government split its former Ministry of Astronautics Industry into an independent contractor and this new administrative body, and it is headquartered in Beijing. Over the past two decades it has moved from launching simple satellites to running crewed flights, lunar landers, and interplanetary probes.
China’s rocketry effort predates the CNSA by decades. Qian Xuesen, a scientist who had co-founded the Jet Propulsion Laboratory in the United States, returned to China in 1955 and went on to lead its earliest ballistic missile and rocket programs, work that eventually grew into the Long March rocket family the CNSA relies on today. He is widely credited as the father of Chinese rocketry, decades before the modern civil agency existed.
Much of China’s satellite and spacecraft hardware comes from a single state-affiliated manufacturer. The China Academy of Space Technology (CAST) designs and builds most of the country’s satellites and spacecraft, including the Shenzhou crew capsule and the modules that make up Tiangong. CAST operates under China Aerospace Science and Technology Corporation, the larger state-owned group that oversees much of China’s space manufacturing.
China’s rise in space has been steady rather than sudden. The country put its first astronaut in orbit in 2003, becoming the third nation to launch a human on its own rocket. Since then it has flown crews regularly, built a station, and reached the Moon and Mars with robots. The pace is set by long five-year plans, so most missions are announced years before they fly.
China conducted its first spacewalk on September 27, 2008, during the Shenzhou 7 mission. Mission commander Zhai Zhigang spent approximately 22 minutes outside the orbital module wearing a Chinese-built Feitian spacesuit, tethered by cables to an exterior handrail. Astronaut Liu Boming, wearing a Russian-built Orlan-M suit, briefly exited the module to hand Zhai a Chinese flag while remaining near the airlock to assist.
Most launches lift off from one of four sites: Jiuquan and Taiyuan in the country’s north and west, Xichang in the southwest, and the newer coastal Wenchang site on Hainan island, chosen for its lower latitude and its ability to ship large rocket stages in by sea. Each pad and what flies from it is covered on the Chinese launch sites page.
Tiangong, China’s Space Station
Tiangong is China’s crewed space station, completed in low Earth orbit in 2022. It is built from three modules: the Tianhe core module, which houses the crew, and two laboratory modules, Wentian and Mengtian, for experiments. Rotating crews of taikonauts live aboard for months and run science in areas like biology, materials, and fundamental physics.
China built its own station after being shut out of the International Space Station. A 2011 U.S. law restricts NASA from most cooperation with Chinese entities, which closed that door. The result is that, as of 2026, there are two crewed stations in orbit run by rival programs. The station is covered in depth on our Tiangong page.
Lunar and Mars Missions
China’s robotic exploration runs under two named programs, Chang’e for the Moon and Tianwen for the planets. The Chang’e missions have landed on both the near and far sides of the Moon, the far-side landing in 2019 being a first for any nation. Later Chang’e flights scooped up lunar soil and flew it back to Earth, making China the third country to return Moon samples.
The Tianwen program reached Mars on its first try. Tianwen-1 arrived in 2021, placed an orbiter around the planet, and landed the Zhurong rover on the surface. Doing an orbiter, lander, and rover in a single mission had not been attempted before. China has since announced follow-on plans for a Mars sample return and probes to other bodies, which stand as stated goals until they launch.
BeiDou Navigation
BeiDou is China’s satellite navigation network, and it gives the country its own positioning and timing independent of the U.S. GPS. It reached full global coverage in 2020, joining GPS, Russia’s GLONASS, and Europe’s Galileo as one of the four global systems. Civilian phones and vehicles across much of the world now use its signals.
The military value is the point that drives the investment. Precision weapons, aircraft, and ships need accurate positioning, and relying on a system another country runs is a risk in wartime. BeiDou removes that dependency for Chinese forces, which is why it is treated as strategic infrastructure rather than a consumer product.
Qianfan Is China’s Satellite Internet Push
Separate from BeiDou’s navigation mission, China is building a broadband satellite internet constellation called Qianfan, also known as Spacesail or the G60 Starlink Plan. The project is developed with Chinese state backing and aims to grow past 10,000 low Earth orbit satellites by 2030, positioned as a rival to SpaceX’s Starlink for countries aligned with China’s Belt and Road initiative rather than as a mass-market consumer service. Qianfan and the larger state network Guowang are compared on the China satellite constellations page. As of 2026 the constellation has run behind its own launch targets, with satellite counts well short of the pace needed to hit its stated 2030 goal.
Military Space Under the PLA
China’s military space forces sit inside the PLA, and their organization changed in 2024. The leadership dissolved the earlier Strategic Support Force and stood up a new Aerospace Force as one of several arms reporting to the top command. This branch handles military satellites for communications, reconnaissance, navigation support, and missile warning.
The reorganization signaled that space had become a core warfighting domain for China, not a support function. Chinese military writing treats space and information systems as things an opponent would try to disable early in a conflict, so protecting its own satellites and being able to threaten an enemy’s became a stated priority. Much of the detail beyond the public structure is not disclosed. See military satellites by country for how China’s fleet compares to other major space powers, and military satellites explained for what these communications, reconnaissance, and missile-warning categories actually do.
Counterspace Capabilities
China has demonstrated the ability to destroy a satellite, and it fields a wider set of counterspace tools. The clearest public event was the 2007 test in which a direct-ascent missile destroyed a defunct Chinese weather satellite, Fengyun-1C. That collision created thousands of trackable debris fragments, the largest such cloud on record, much of which still orbits. The mechanics of these weapons are covered in our anti-satellite weapons explainer.
Beyond that single kinetic test, open-source analysts track other Chinese activity. Satellites that maneuver close to others, sometimes called co-orbital or inspector satellites, have been observed making unusual approaches. Ground-based jamming and dazzling of sensors are also part of the reported toolkit. These reversible methods leave no debris and are harder to attribute, which is why most modern counterspace effort favors them. Specific numbers and classified capabilities are not publicly confirmed, and this page sticks to what open sources establish.
How China’s Program Compares to NASA’s
China does not publish a detailed civil space budget the way NASA publishes its annual appropriation, so any comparison of the two programs’ spending is an estimate rather than a confirmed figure. Outside analysts who track Chinese space spending generally place it well below NASA’s published budget, though the exact gap is genuinely uncertain given how little China discloses. Spending aside, the programs differ most in structure: NASA is a single civilian agency that answers to Congress and contracts heavily with private companies, while China splits the work between the civilian CNSA and a separate military space arm inside the PLA, with far less public disclosure of either side’s budget or plans.
On hardware, both countries operate a crewed space station, Tiangong for China and NASA’s share of the International Space Station, and both have landed robotic missions on Mars. NASA still leads on deep-space and planetary science by mission count, while China has closed the gap fastest on crewed low Earth orbit operations and lunar sample return. Both have stated a goal of landing astronauts on the Moon again this decade, which makes the 2020s the first period since Apollo where two national programs are racing toward the same crewed lunar target at the same time.
China’s Commercial Launch Industry
China opened launch to private capital in 2014, and the companies founded since then now fly a growing share of its rockets. They operate alongside the state contractors rather than replacing them, flying from launch sites and tracking networks the government runs. Much of their business comes from state-backed satellite constellations.
The private firms have moved fastest on reusability. Two Chinese first stages came home in 2026, one caught in a net at sea on a state Long March 10B and one landed on legs by LandSpace, whose Zhuque-3 booster touched down in Gansu. Neither has flown a second time, so cost-per-kilogram claims stay projections until one does.
The roster of firms, their vehicles and their listing status is on the Chinese commercial space companies page, and the reusable programs are compared on the China reusable rockets page.
National Defense Mobilization Law and Commercial Space
China revised its National Defense Mobilization Law with the amended statute taking effect on October 1, 2026, representing the first major revision to the law since its original enactment in 2010. The amendments define mobilization as measures addressing threats to national sovereignty, territorial integrity, and development interests. Once leadership declares a national defense mobilization status, the government gains legal authority to convert peacetime civilian resources, including transportation, communications, energy, and personnel, into wartime assets under state control.
That statutory scope explicitly encompasses commercial satellite communications systems, cybersecurity operations, and private production facilities, according to reporting from Defense News. That grants the state legal control over private physical and human resources during wartime. This framework applies directly to the commercial launch providers and satellite manufacturers described in the preceding section, placing their infrastructure under potential government requisition.
Regional security analysts cited by RealClearDefense frame the revision as legal preparedness and regulatory consolidation, stating that the measure establishes statutory readiness without signaling an imminent conflict. The update formalizes how civil-military resources merge during an emergency. It establishes a statutory basis for utilizing commercial space capabilities whenever mobilization is declared.
Stated Ambitions
China has laid out space goals that reach well into the 2030s. The most watched is crewed lunar landing: officials have said China aims to put astronauts on the Moon before 2030, followed by a research base near the lunar south pole developed with Russia and other partners. As of 2026 these are announced plans backed by hardware development, not flown missions. The architecture behind that target is on the China Moon landing page.
Reading China’s program means separating what has happened from what is promised. The Tiangong station, the Chang’e sample returns, the Tianwen Mars landing, and the BeiDou network are confirmed and operating. The crewed Moon landing and the lunar base are goals with timelines that have shifted before. For a rival program built on the same civil-military overlap, see our Russia space program page.