In the constellation era, batch production capabilities represent the core competitiveness of a satellite company. As satellites move from laboratories to assembly lines, the landscape of China’s satellite industry is undergoing earth-shaking changes. So, what is China\u2019s future satellite production capacity? Which province or city has the strongest satellite manufacturing capabilities in the country?<\/p>\n
Nihao Space has compiled the latest satellite factory information across the country in 2026 to help you understand the most comprehensive development trends of China’s satellite industry.<\/p>\n
01<\/p>\n
55 satellite factories<\/p>\n
According to Hello Space Statistics, as of April 2026:<\/p>\n
China has a total of 55 satellite factories with a total designed production capacity of approximately 7,360 satellites\/year.<\/p>\n
1. Judging from the construction progress:<\/p>\n
Satellite factories have been put into operation: 36, accounting for about 66%;<\/p>\n
Satellite factories under construction: 16, accounting for about 29%;<\/p>\n
Planned satellite factories: 3, accounting for 5%;<\/p>\n
2. From the perspective of single size:<\/p>\n
Small production line (annual production capacity<100\u9897\uff09\uff1a21\u4e2a\uff1b<\/p>\n
Medium-sized production lines (annual output of 100-200 satellites): 14;<\/p>\n
Large production lines (annual output of 200-1,000 satellites): 10;<\/p>\n
Very large (annual production of satellites \u2265 1,000): 2;<\/p>\n
It can be seen that satellites are becoming industrial products, and China already has the ability to mass produce satellites.<\/p>\n
02<\/p>\n
Production Capacity Distribution: Who Dominates China\u2019s Satellite Manufacturing?<\/p>\n
From the perspective of geographical distribution, China’s satellite manufacturing capabilities are highly concentrated.<\/p>\n
1. Production capacity has been put into operation (4050 pieces\/year) <\/p>\n
According to Nihao Space statistics, there are 36 satellite factories that have been put into production nationwide, located in 16 provinces\/municipalities across the country, with a total designed annual production capacity of 4,050 satellites.<\/p>\n
The top five provinces\/municipalities are:<\/p>\n
Shanghai: annual output 970 pieces<\/p>\n
Zhejiang: annual output 870 pieces<\/p>\n
Jilin: annual output of 400 pieces<\/p>\n
Jiangsu: annual output 350 pieces<\/p>\n
Hubei: annual output 240 pieces <\/p>\n
In total, it accounts for 70% of the country\u2019s satellite production capacity that has been put into production.<\/p>\n
Among them, Shanghai has 10 satellite factories of various types that have been put into production, with an annual production capacity of 970, making it the largest satellite manufacturing center in China.<\/p>\n
2. New production capacity in the future (3310 pieces\/year) <\/p>\n
There are 19 satellite factories under construction or planning across the country, located in 12 provinces\/municipalities across the country, with a total planned production capacity of 3,310 satellites. Most factory capacity will be built in phases, and it is expected that it will take until after 2030 to reach full capacity.<\/p>\n
The production capacity under construction and planned is mainly concentrated in:<\/p>\n
Beijing: 1,000<\/p>\n
Hainan: 1000 pieces<\/p>\n
Shanghai: 310<\/p>\n
Chongqing: 300<\/p>\n
Anhui: 160<\/p>\n
The top five regions account for approximately 84% of all future new production capacity.<\/p>\n
3. National total production capacity (7360 pieces\/year)<\/p>\n
Overall, there are 7,360 satellites in production, under construction, and planned nationwide, distributed in 19 provinces\/municipalities.<\/p>\n
The top five provinces and cities are:<\/p>\n
Shanghai (1280 pieces)<\/p>\n
Beijing (1030 pieces)<\/p>\n
Hainan (1000 pieces)<\/p>\n
Zhejiang (990 pieces)<\/p>\n
Jiangsu (450 pieces)<\/p>\n
In total, it accounts for 65% of the country’s total production capacity.<\/p>\n
Beijing and the Jiangsu, Zhejiang and Shanghai regions, as the most developed regions in China’s science and technology and manufacturing industries, account for 51% of the total production capacity and are dominating China’s satellite manufacturing capabilities.<\/p>\n
03<\/p>\n
7360-piece production capacity: Excess, or just the beginning?<\/p>\n
In sharp contrast to production capacity, China’s relatively low number of satellite launches.<\/p>\n
In 2025, China will launch only 377 spacecraft into orbit throughout the year. In other words, the current capacity utilization rate of China’s satellite factories is less than 10%.<\/p>\n
1. Multiple factors have caused the current low capacity utilization rate.<\/p>\n
On the surface, current rocket launch capabilities are still a bottleneck. Launch site resources are limited, and rockets are queuing up for launch windows; there is no stable supply of large-capacity, low-cost, and highly reliable rockets, resulting in the current situation of “star-level arrows.” But it would be incomplete to attribute the problem solely to the Rockets.<\/p>\n
The deeper reason is that the demand has not really formed yet. Many satellite constellation applications are immature, their income is unstable, and they have not entered the commercial closed loop. This makes companies afraid to create stars on a large scale.<\/p>\n
But at the same time, another problem arises: without large-scale satellite networking, stable service capabilities cannot be formed, and applications cannot explode. This is a typical paradox of China\u2019s satellite industry at this stage, and it is also the core reason for the current low capacity utilization rate.<\/p>\n
2. In the long run, there is no excess production capacity.<\/p>\n
Although the production capacity of 7,360 satellites seems to be a lot, if the time is extended, Nihao Space still firmly believes that these production capacities are not excessive, or even insufficient.<\/p>\n
Taking the GW State Grid Constellation and Qianfan Constellation as examples, the two giant constellations have a total of 28,000 satellite launch plans. Based on the 7-year lifespan of a single satellite, the demand for network replenishment alone in the future will be close to more than half of the current total production capacity.<\/p>\n
On the other hand, with the rapid development of the AI \u200b\u200bindustry, a new demand is emerging. Space computing is expected to become the next trillion-level market, and its constellation construction scale will even exceed that of satellite Internet, which will continue to drive demand growth in the satellite manufacturing industry.<\/p>\n
04<\/p>\n
Three types of factories, three types of logic<\/p>\n
As China’s commercial aerospace industry opens up and the demand for satellite Internet constellations is established, Chinese satellite companies have gone through an arduous process from independent substitution, technological breakthroughs to industrialization. These satellite factories not only reflect China’s strong manufacturing capabilities, but also the structural transformation of China’s aerospace industry in the global aerospace market from low-value-added parts foundry to high-value-added overall design.<\/p>\n
From the perspective of industrial logic, these 55 satellite factories can be roughly divided into the following three categories:<\/p>\n
1. Market-driven – the main force in commercial satellite manufacturing.<\/p>\n
These factories are the main force in the commercial aerospace industry. They not only serve the construction of China’s satellite Internet constellation, but are also the main force in truly participating in the global satellite industry competition in the future.<\/p>\n
Representative factories are: Micro-Nano Star Wuxi Commercial Satellite Intelligent Production Line, Galaxy Aerospace Nantong Satellite Smart Factory, Time and Space Daoyu Satellite Super Factory, Nationstar Aerospace Shenzhen Center (Plan), China Science and Technology Xiguang Xixian Satellite Verification Center, etc.<\/p>\n
2. Region-driven \u2013 local industry platform.<\/p>\n
The construction of such factories is more led by local governments or industrial platforms. The logic behind them is not entirely about short-term commercial returns, but about industrial layout and regional economic development.<\/p>\n
Representative factories include: Jinan Satellite Manufacturing Base, Hainan Satellite Super Factory, Oriental Spaceport Satellite Intelligent Manufacturing Production Line, Chibi Aerospace Advanced Intelligent Manufacturing and Science and Technology Innovation Demonstration Base, etc.<\/p>\n
3. System guarantee type – national team and traditional production capacity.<\/p>\n
These production capacities are the core capabilities accumulated by China’s aerospace industry over a long period of time and are the most solid foundation for China’s aerospace construction. They are not entirely market-oriented, but they are still at the highest level in the industry in terms of technical capabilities and engineering experience.<\/p>\n
Representative factories include: No. 529 Factory of the Fifth Academy, Shanghai Lizheng Satellite Commercial Satellite AIT Implementation Center, Shanghai micro-satellite assembly plant, satellite flexible pulsating production line of the Fifth Academy of Aerospace, Wuhan National Aerospace Industrial Park small satellite production line, etc.<\/p>\n
These three types of factories correspond to three levels: market competition, industrial layout, and national capabilities. It is the superposition of these three forces that constitutes the complete picture of China’s satellite manufacturing today. <\/p>\n
05<\/p>\n
A new trend: asset-light satellite manufacturing<\/p>\n
In this systematic review of satellite factories across the country, Nihao Space discovered a new trend: satellite manufacturing companies are moving towards asset-light development. <\/p>\n
In the past, local governments used the traditional model of “investment + return investment” to promote industrial implementation: companies acquire land, build factories, invest heavily in assets, and build a complete production system by themselves. Now, this model is becoming increasingly difficult to establish: on the one hand, the investment in building factories is huge, on the other hand, orders and demand are highly uncertain.<\/p>\n
As a result, a new division of labor model began to emerge: local state-owned assets focused on assets and enterprises focused on operations. In other words, heavy-asset projects such as factories, workshops, and infrastructure are constructed by local industrial investment platforms; satellite companies settle in through leasing or cooperation and focus on R&D, assembly, and production organization.<\/p>\n
Typical cases have been implemented in many cities:<\/p>\n
Taking Jinan Satellite Manufacturing Base as an example, the assets belong to Jinan Satellite Industry Development Group Co., Ltd., which is controlled by Jinan Iron and Steel Co., Ltd. As an industrial carrier, the base has not only completed infrastructure construction, but also assumed the role of an industrial organizer. It has attracted many satellite companies including Zhixing Space and Hangsheng Satellite to settle in, and has signed manufacturing orders with multiple satellite and constellation projects such as Dongsheng Aerospace, Inspur Lighting, and Xingyuan Zongheng.<\/p>\n
Another example is the Chibi Aerospace Advanced Intelligent Manufacturing and Science and Technology Innovation Demonstration Base, whose assets are owned by Chibi Hi-tech Investment Group. It has already introduced investments in Aerospace Yuxing, Yuncheng Satellite, and Zero-Gravity Space, forming a gradual industrial agglomeration.<\/p>\n
This model essentially reconstructs the industrial division of labor, and is actually an important change in the development logic of China’s commercial aerospace industry. Its core significance lies in two points:<\/p>\n
The first is to lower business thresholds and risks so that more companies can focus on R&D and orders instead of being weighed down by heavy assets;<\/p>\n
Second, local governments have shifted from attracting investment to co-building industries, not only providing space but also participating in industrial organizations.<\/p>\n
At a stage where current demand has not yet been fully released and production capacity has been deployed in advance, this asset-light model is preparing for large-scale constellation networking in the future.<\/p>\n
It is foreseeable that as constellation construction gradually accelerates, “local factory construction + enterprise operation” is likely to become the mainstream model of China’s satellite manufacturing.<\/p>\n","protected":false},"excerpt":{"rendered":"
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