China's state rocket company raises capital to 6.88 billion yuan

China's main state rocket maker has raised the registered capital of its commercial launch unit by about 65%, from 4.17 billion yuan to 6.88 billion yuan (about $970 million), as it moves to pool launch assets before the race to build mega-constellations.

The increase at China Aerospace Science and Technology Corporation Commercial Rocket Co Ltd, recorded in the corporate registry Tianyancha, brings two new shareholders into the fold: China Long March Rocket Co Ltd and the Xi'an Aerospace Propulsion Institute. It is not a routine bookkeeping change. It consolidates launch and engine expertise from across the state group as private rivals close in and deadlines for putting thousands of satellites into orbit approach.

Who owns what

The commercial rocket company was set up in September 2024. Its legal representative is Hou Zhengquan, and its approved business scope covers civil space launch services, rocket control systems, and the development and manufacture of rocket engines and launch equipment. It is now held by the Shanghai Academy of Spaceflight Technology (the Eighth Academy), China Aerospace Science and Technology Corporation, and the two new shareholders.

The Xi'an Aerospace Propulsion Institute, also known as the 11th Institute of the Sixth Academy, is the centre of China's liquid rocket engine work, covering kerosene-oxygen and hydrogen-oxygen engines. China Long March Rocket Co Ltd is the commercial launch arm of the First Academy (China Academy of Launch Vehicle Technology) and has run the Jielong series rockets.

By tying the First Academy in Beijing, the Eighth Academy in Shanghai and the Sixth Academy's engine heart in Xi'an into one entity with almost 7 billion yuan in registered capital, the parent group is breaking down the walls that have long separated its major institutes. Liquid rocket technology, propulsion and launch-site resources now sit under one roof.

Satellite deadlines drive the deal

The immediate pressure comes from low Earth orbit internet constellations. Under International Telecommunication Union (ITU) rules, satellite operators must put a set share of their planned satellites into orbit within a fixed number of years of a filing being accepted, or risk losing orbital slots and frequencies.

Both China SatNet's GW constellation and the Qianfan constellation led by Shanghai Yuanxin plan to orbit satellites in the tens of thousands over the coming years.

Long March rockets have been kept busy with space station resupply, lunar and Mars missions and high-value defence payloads, leaving little room in launch schedules. Built to national engineering standards, they prioritise reliability over cost, and cannot meet the low per-kilogram prices that mass satellite deployment demands.

The new entity's central mission is to build medium and large liquid-fuelled reusable rockets able to carry a dozen or more satellites per launch at scale.

Private rivals and SpaceX

A deeper worry is the progress of private Chinese rocket firms and the gap with SpaceX's Falcon 9.

Over the past two years, LandSpace with its Zhuque-2 and Zhuque-3, Space Pioneer with Tianlong-3, and iSpace with its Hyperbola series have moved aggressively on methane-oxygen engines and reusable vertical take-off and landing tests, backed by tens of billions of yuan in venture funding. They face barriers in launch licences and pad access, but their flat structures and fast iteration have brought them close to orbital launches and first-stage recovery.

SpaceX, meanwhile, has pushed global launch costs down through Falcon 9 reuse and Starship testing. If the state group keeps relying on its institute-by-institute project system, its commercial launch position could be marginalised.

What the money buys

The larger capital base gives the new company room to build high-volume assembly lines, buy specialist alloys in bulk, and secure dedicated liquid-propellant test stands and launch pads.

The propulsion institute's stake gives it direct, stable supply of high-thrust staged-combustion kerosene engines and reusable methane-oxygen engines, with scope for custom work — a barrier private firms cannot close quickly.

Working with China Long March Rocket Co Ltd and the Eighth Academy also gives it proven airframe technology and supply chains from newer medium rockets such as the Long March 12 and Long March 6C, letting it skip the riskiest early trial-and-error phase.

A signal, and a test

The near-7 billion yuan registration and the gathering of institutes sends a clear signal: the state is ending the era in which individual academies tested commercial launches on their own, and is moving to a single heavy platform.

What remains unproven is whether the new company can shed the slow administrative processes and heavy cost amortisation of the traditional institute system, and use genuinely market-based methods to win the race on first-stage vertical recovery and high-frequency, responsive launches.