When satellite Internet constellations become key infrastructure for 6G, when remote sensing data becomes a “rigorous need for decision-making” in fields such as agriculture and emergency response, and when space computing power injects new momentum into AI development, China’s commercial aerospace industry is standing at a critical intersection from “capacity building” to “value explosion” in 2026.
Satellite manufacturing is the “source engine” of this industrial chain. It is not only the hardware cornerstone of constellation networking, but also the core variable that determines the space economic pattern.
In 2025, China will launch 309 commercial satellites throughout the year, directly promoting the jump in satellite manufacturing capacity to the thousand-satellite level. Satellites, like cars and mobile phones, are becoming industrialized products that can be mass-produced, and scale is reshaping the entire commercial aerospace ecosystem.
Upstream core component companies are experiencing explosive orders, and “capacity bottlenecks” are accelerating. Demand for midstream launches is driving the iteration of recyclable technology. Downstream applications and services are relying on increasingly stable data supply to continuously expand new scenarios such as mobile phone direct connection to satellites and remote sensing data services. Commercial aerospace is gradually realizing a closed commercial loop from “flying to the sky” to “landing”.
According to Nihao Space statistics, as of 2026, China has 58 satellite factories, with an overall planned annual production capacity of more than 6,800 satellites. However, there are still only a few companies that truly have batch delivery capabilities, on-orbit verification records, and constellation-level supply capabilities.
Who is more capable of becoming the core star-making platform in China’s space industrialization era?
Based on public information in 2025, the company’s actual delivery and on-orbit performance, and combined with key performance in early 2026, Nihao Space officially released the “2026 China’s Top 10 Commercial Aerospace Satellite Manufacturing Companies Ranking”.
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Top 10 Chinese Commercial Satellite Manufacturing Companies in 2026
It should be noted that the list reflects a comprehensive judgment under the current time window and does not constitute the final conclusion on the long-term value of the company.
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Why these companies?
This list is not simply sorted by financing amount, valuation or single popularity, but a comprehensive evaluation based on the four core capabilities of satellite manufacturing companies:
First, batch delivery capability
Whether it truly has the capabilities of mass production, AIT integration, and constellation-level delivery of entire satellites, rather than staying at the single-satellite prototype stage.
Second, cost control capabilities
Whether there is room for continued decline in the cost of the entire satellite, the cost of key single machines, and supply chain collaboration capabilities, and whether they can support the deployment of thousands-level constellations in the future.
Third, on-orbit reliability and engineering maturity
Whether it has real space records, whether its on-orbit performance is stable, and whether it has developed replicable and iterable engineering capabilities.
Fourth, the industry’s ability to secure positions in the next 3-5 years
Whether it is deeply bound to core tracks such as satellite Internet, remote sensing, Internet of Things, and space computing power, will it have the opportunity to become the core star-making platform for the next stage of China’s space industrialization?
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Reasons for being on the list
First place: Changguang Satellite
Reasons for being on the list: Changguang Satellite is one of the most mature and complete leading companies in the field of commercial satellites in China. It is also one of the few commercial aerospace companies that has simultaneously opened up the entire chain of “payload research and development – whole satellite manufacturing – constellation operation – data services”.
On the whole-satellite manufacturing side, Changguang Satellite will manufacture a total of 22 satellites in 2025, including 16 Yunyao Aerospace networking satellites and 2 satellite Internet technology verification satellites. It is one of the important whole-satellite suppliers in the construction of my country’s satellite Internet constellation. At the same time, Changguang satellite has made breakthroughs in core technologies such as optical remote sensing cameras, laser communication terminals, on-board computing power, and satellite batch automation. It has a very deep moat in the fields of remote sensing and whole-satellite integration.
Second place: Galaxy Aerospace
Reason for being on the list: Galaxy Aerospace is the representative enterprise that is most deeply involved in the construction of China’s low-orbit satellite Internet among the current private satellite companies.
From “Little Spider” verifying low-orbit communication satellite networking capabilities to deeply participating in satellite Internet networking; from roll-type fully flexible solar wings to direct connection of mobile phones to satellites and other key technical directions, Galaxy Aerospace has always been at the forefront of China’s low-orbit satellite Internet.
Third place: Gerth Information
Reason for being on the list: As the whole-satellite AIT partner of the Shanghai Microsatellite Engineering Center, Gerth Information has undertaken high-intensity delivery tasks in the batch networking of the GW State Grid constellation in 2025. It is one of the most noteworthy private manufacturing forces in the current Chinese satellite Internet supply chain.
The GW State Grid Constellation is the driving force behind the development of China’s commercial aerospace industry. In 2025, the constellation will launch a total of 126 satellites of various types. Gerth Information is responsible for the AIT work for 42 of the entire satellites, second only to the Communications Department of the Fifth Academy, and is the mainstay in supporting China’s satellite Internet construction.
Fourth place: China Satellite
Reason for being on the list: The most mature, stable and fully verified “national ballast stone” in China’s satellite manufacturing system.
As the “King of High Orbit” in China’s satellite communications field, China’s high-orbit communications satellites have a complete product range, stable on-orbit quality, and strong supply chain control capabilities. They have participated in many national aerospace projects. However, in the new round of commercial aerospace main battlefields such as low-orbit Internet constellations and micro-nano satellite batch manufacturing, Chinese satellites’ current participation is relatively limited, so it is slightly conservative in terms of “future incremental space”.
Fifth place: Daoyu of time and space
Reason for being on the list: Spacetime Daoyu is one of the commercial satellite manufacturing players with the most closed-loop capabilities in the direction of satellite IoT.
Spacetime Daoyu will launch 37 satellites in 2025, 36 of which are satellites in the first phase of the Spacetime Daoyu constellation. Currently, the constellation has a total of 68 satellites in orbit. As one of the few commercial satellite companies that simultaneously connects the “whole-satellite manufacturing-constellation operation-data services” link, Spacetime Daoyu’s advantage lies in its clear and sustained demand for its own constellations. At the same time, Spacetime Daoyu is also one of the GW State Grid constellation satellite research and development companies. Driven by the demand for the two major constellations, its satellite manufacturing business is promising in the future.
Sixth place: China Business Star
Reasons for being on the list: China Commercial Star is an important large-scale satellite manufacturing platform created by the Aerospace Science and Technology Group for commercial aerospace. It is also a “super satellite factory” customized for the GW State Grid constellation.
The “Hainan Satellite Super Factory” jointly built by China Commercial Star and the Hainan Municipal Government is located in Hainan Wenchang International Space City. It forms a “front store and back factory” layout with Hainan Commercial Development to realize the launch mode of satellites leaving the factory. Once put into production, it can produce 1,000 satellites per year. In 2025, Shangxing has completed the orbit verification of the Star Network test satellite. At present, China Business Star is still in the rapid climbing stage, but it has a strong late-mover advantage in terms of “platform capabilities, national-level demand binding, and future batch manufacturing potential.”
Seventh place: Micro-nano starry sky
Reason for being on the list: MicroStar is one of the few private satellite companies in China that has developed a clear commercial closed loop in the entire satellite manufacturing business.
In 2025, a total of 4 micro-nano satellites will be launched, including 2 of its own Taijing series satellites and one star network test satellite. As one of the seven private units followed by StarNet, MicroStar will also benefit as the demand for StarNet’s second-generation satellites is released in 2026. Micro-Nano Starry’s continuous development in the field of remote sensing satellites and its participation in satellite network-related tasks have allowed it to form a good connection between “segmentation track capabilities + new round of constellation opportunities”.
Eighth place: Industrial University Satellite
Reasons for being on the list: Blessed by the Harbin Institute of Technology system, it has the ability to research and develop micro-satellites for the entire Tongdao remote platform. It is one of the most noteworthy overall forces of the new generation of satellites in 2026.
As a commercial satellite overall enterprise incubated by the Harbin Institute of Technology Satellite Technology Research Institute, HIT Satellite has formed the research and development capabilities of Tongdaoyao full-platform micro-nano satellites only one year after its establishment. In 2025, the Institute of Technology Satellite launched 10 satellites, leading the development of eight satellites in the Microspace 01 group. In March 2026, two networking satellites in the Microspace 02 group of satellites produced by the Institute of Technology were successfully launched. The greatest value of the Institute of Technology satellites does not lie in the current size, but in its growth rate after relying on the Harbin Institute of Technology system and entering the constellation-level networking mission. It has the opportunity to become an important variable in the new generation of private satellite manufacturing.
Ninth place: Tianyi Space
Reason for being on the list: Tianyi Space is one of the few subdivided track representatives in China’s commercial satellite manufacturing that has been deeply involved in SAR remote sensing for a long time.
As one of the earliest private satellite companies established in China, Tianyi Space has long been focused on the R&D and manufacturing of SAR remote sensing satellites and has launched more than 38 satellites in total. In 2025, Tianyi Satellite launched a total of 7 satellites. It may not be the player with the largest production capacity, but it still has a fairly clear industry position in terms of sustainability in segmented tracks, engineering accumulation, and product focus.
Tenth place: NationStar Aerospace
Reason for being on the list: NationStar Aerospace is one of the most noteworthy frontier explorers in the field of space computing power.
As the initiator of the “Star Computing Plan”, NationStar Aerospace is the world’s first satellite company to realize the “computing constellation” network. It will complete the launch of the first constellation of 12 satellites in 2025 and complete the delivery of the second batch of satellites in October 2025. As an explorer in the frontier field of space computing power, this track has development prospects that are no less than those of satellite Internet. From the perspective of “industry positioning and long-term potential”, it is the most noteworthy frontier variable in this round of China’s commercial aerospace industry.
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What does this list mean?
The ranking of China’s top 10 commercial aerospace satellite manufacturing companies in 2026 is not only a reflection of the industrial structure, but also a vane for China’s move into the era of space industrialization.
It can be seen from this list that three very obvious changes are taking place in China’s commercial satellite manufacturing field in 2026:
1. Satellite manufacturing is moving towards mass industrial production.
In the past, companies took pride in the technological breakthrough of a single satellite, but now they focus on the annual production of hundreds or even more than 300 satellites (such as China Satellite and Changguang Satellite) as the core of competitiveness. The companies at the top of the list generally have batch AIT (assembly, integration and testing) capabilities, which promotes the transformation of satellites from “scientific research products” to “industrial products”.
2. The integration and symbiosis of the national team and private forces.
The list no longer clearly divides “state-owned enterprises” and “private enterprises”, but is based on whether they are deeply involved in the construction of national constellations such as Star Network and Qianfan. Private enterprises have undertaken the task of manufacturing satellites for the GW constellation network, embodying a new industrial ecology of “national demand traction + social collaboration”.
3. The global competition for low-orbit networking is accelerating, forcing China’s satellite manufacturing to enter a “speed-up period.”
Under the International Telecommunications Union’s “first come first served” rule, for China’s commercial aerospace industry, the key in the next few years is whether it can form large-scale networking capabilities as soon as possible within a limited window period. This means that leading satellite manufacturing companies will be further forced to speed up technology iteration while reducing single-satellite costs while improving production line efficiency and batch delivery capabilities.
