For most of the space age, launching a rocket was an extraordinarily expensive way to throw away some very sophisticated machinery.
The first-stage booster does most of the heavy lifting, contains some of the most valuable hardware and is then discarded after a single flight.
SpaceX changed that equation by proving boosters could return, land and fly again.
Now China wants to do the same thing, but it’s not relying on one national champion to close the gap.
Instead, Beijing is assembling something closer to a corporate wolf pack.
State-owned aerospace giants are working alongside hundreds of commercial space companies, while at least 15 aerospace businesses are reportedly progressing towards listings in Shanghai or Hong Kong.
The idea is not simply to produce a Chinese version of SpaceX.
It is to create an entire domestic launch industry with enough rockets, capital and competition to support China’s enormous satellite ambitions.
LandSpace Technology is emerging as one of the most closely watched companies in that pack.
Rockets are becoming infrastructure
The space race used to be measured by flags, astronauts and national prestige.
The emerging commercial contest is more prosaic and potentially much larger: who can reliably move the most hardware into orbit at the lowest cost?
China plans to deploy vast communications networks, including the national Guowang broadband constellation. These networks may eventually require thousands of satellites, with ageing units needing to be replaced regularly.
That makes launch capacity less like a series of spectacular one-off missions and more like infrastructure.
A satellite constellation is only useful if rockets are available frequently enough, cheaply enough and reliably enough to build and maintain it.
This is where reusability becomes crucial.
Recovering a booster is visually impressive, but the real commercial breakthrough comes afterwards.
The recovered hardware must be inspected, refurbished and launched again without requiring so much work that the economics collapse.
In other words, catching the rocket is not the business model. Flying it repeatedly is.
China took an important step on July 10 when the state-owned China Aerospace Science and Technology Corporation recovered the first stage of its Long March-10B rocket at sea.
Rather than landing on legs like SpaceX’s Falcon 9, the booster was captured using a net mounted on a floating recovery platform.
The achievement made China only the second country to recover an orbital-class booster and the first to do so using a net.
But the harder test will be how quickly that booster can return to service.
SpaceX still has an enormous lead here. Its advantage is no longer merely that its rockets land. It has accumulated years of operational data, manufacturing experience and customer relationships.
China can copy the broad architecture of a reusable rocket, but it cannot instantly copy that learning curve.
LandSpace’s methane-powered bet
Founded in 2015, LandSpace was one of China’s earliest privately owned commercial rocket companies.
Its original Zhuque-1 rocket used solid fuel, but the company subsequently shifted its attention to larger liquid-fuelled vehicles. That led to Zhuque-2, which in 2023 became the world’s first methane-fuelled rocket to reach orbit.
Methane burns relatively cleanly compared with traditional rocket fuels such as kerosene.
Cleaner engines can mean less residue, easier inspection and potentially faster refurbishment between missions. Those qualities become much more valuable when a rocket is expected to fly repeatedly rather than once.
LandSpace’s next major product, Zhuque-3, takes that logic further.
The stainless-steel, liquid oxygen and methane-powered rocket has been designed with a reusable first stage that returns vertically to Earth.
It’s intended to carry satellites and other payloads into low-Earth orbit, with later configurations expected to offer substantially greater capacity.
Zhuque-3 reached orbit on its maiden flight in December 2025, but its booster recovery attempt failed during the final landing phase. That was a setback, although not an unusual one in reusable rocket development. SpaceX also lost boosters before successfully landing Falcon 9 in 2015.
More important is whether LandSpace can learn quickly without destroying its balance sheet in the process.
The company moved forward again in late June, successfully completing a static fire test of another Zhuque-3 vehicle at the Dongfeng commercial space innovation pilot zone.
During a static fire, the engines operate while the rocket remains secured to the ground, allowing engineers to test propulsion and coordination systems before flight.
More than a rocket manufacturer
LandSpace is building an integrated space transportation business spanning research, manufacturing, testing and launch operations.
Its offering includes mission analysis and design, access to independent launch facilities, telemetry, tracking and command support, technical mission execution, specialised insurance placement and customised financial solutions.
Rockets are costly, technically complex products bought by a relatively small number of customers.
Services can deepen those customer relationships and allow LandSpace to participate in more of the mission, rather than simply selling space aboard a launch vehicle.
The model resembles an airline that also helps customers design their cargo, insure it, navigate the airport and manage the entire journey.
But investors should not mistake a broad product menu for proven commercial scale. LandSpace still needs to demonstrate dependable launches, successful booster recovery and, eventually, repeat flights at a commercially attractive cost.
The IPO is fuel, not proof
LandSpace is seeking to raise 7.5 billion yuan, or roughly US$1.1 billion, through a proposed listing on Shanghai’s Star Market.
Its IPO review returned to the inquiry stage in late June after the company updated its financial materials.
The capital could help LandSpace expand manufacturing and accelerate development of its reusable rocket system.
Yet an IPO cannot solve the engineering challenge by itself. Aerospace has a habit of converting enormous amounts of capital into extremely impressive smoke.
The opportunity is nevertheless substantial.
China reportedly still pays considerably more than the US to manufacture communications satellites and place payloads into orbit.
That cost disadvantage is also the opportunity: every successful improvement in rocket reusability, production scale and launch frequency could unlock savings across the wider space economy.
LandSpace does not need to defeat SpaceX globally to become important.
If it can become one of the dependable transport providers for China’s domestic satellite buildout, the addressable market may already be large.
Read more: China’s satellite builders race for lift-off after SpaceX IPO
Follow us on X for more under-the-radar tech and biotech plays from Asia: https://x.com/ChairmanAsiaX
*
