By the end of 2025, the number of commercial satellite constellations planned in China has exceeded 120, and the total number of planned satellites has exceeded 60,000.
But so far, there are no more than 20 constellations in China that have truly entered the continuous networking stage.
It is not difficult to plan 60,000 satellites. What is difficult is how to turn 60,000 satellites into 60,000 orders.
In 2026, we try to answer three more realistic questions:
Which constellations will actually complete the launch plan?
Which constellations have clear business closed-loop capabilities?
Besides satellite Internet, who else can support a trillion-level market?
This is the core logic behind the list of “China’s Top 10 Commercial Satellite Constellations in 2026”.
01
Is the explosion of constellations a real demand or an industry illusion?
If you only look at the press conference, China has entered the “Constellation Great Leap Forward”; but if you look at the launch pace and on-orbit scale, the differentiation is already very obvious.
NiHaoSpace has statistics on the launch progress of the 15 shortlisted constellations. A total of more than 36,898 satellites are planned to be launched in the 15 constellations, and 642 satellites have been launched.
As of early 2026, there are more than 20 projects with constellation planning of more than 100 satellites, but the number of launches is still less than 10.
This is not a cycle issue, but a threshold issue. The competition among constellations is not about the scale of planning, but about the speed of realization. Launch rhythm is the only true indicator.
02
Who is qualified to “support the industry”?
We judge from five dimensions:
1. Market ceiling
Does it have the market potential of “above 100 billion level”? Is it an infrastructure requirement?
2. Demand certainty
Is ToG just needed? Or is ToB efficiency improved? Or ToC consumption elasticity?
3. Business closed-loop capabilities
Is it a one-time project system? Or a sustainable subscription system? Is there the ability to replicate at scale?
4. Technical barriers
Is there a long-term moat? Is it easily replaceable by terrestrial technologies?
5. Industry driving ability
Can it promote economies of scale in launch, manufacturing, terminals, and applications? Can it support the upstream and downstream industrial chains?
All five are indispensable, and there are not many types that can satisfy all five at the same time. Because in the commercial aerospace field, it is not difficult to launch a satellite. What is difficult is to continue to launch, continue to use, and continue to make money.
03
The most noteworthy zodiac signs
The 15 shortlisted constellations can be divided into five categories according to type and pattern.
Category 1: Broadband Internet Constellation
The type that determines the upper limit of China’s commercial aerospace industry, but has the longest profit cycle.
1. China Star Network (GW State Grid): a national-level low-orbit broadband satellite Internet infrastructure project. With 12,992 satellites planned and 154 launched, it is the overall strategic traction to unleash the scale of China’s commercial aerospace industry chain. It is also the only national constellation project with trillion-level market potential and the ability to drive the entire industry chain.
2. Yuanxin Satellite (Qianfan Constellation): a giant low-orbit broadband Internet constellation under China’s marketization path. About 15,000 satellites are planned and 108 have been launched. It is an important touchstone for China’s commercial aerospace overseas and marketization capabilities. It is also the second broadband Internet mega-constellation in China that has truly entered a continuous launch rhythm.
If this set of constellations is successful, it will reshape the scale boundary of China’s commercial aerospace; if the progress slows down, it will directly affect the confidence of the entire industry. They are not competing for technology, but for national-level industrial system capabilities.
Category 2: Commercial remote sensing constellations that have exceeded scale
Remote sensing is currently the only commercial constellation type that has achieved real cash flow scale.
3. Changguang Satellite (Jilin-1): The world’s largest sub-meter commercial optical remote sensing constellation in orbit. There are 144 satellites in orbit, and the number is planned to reach 300 by 2027, which is the benchmark for China’s large-scale remote sensing capabilities. The three indicators of on-orbit quantity, sustained launch capability and real market revenue are all at the forefront of the industry.
4. Aerospace Grand Plan (Nuwa Constellation): Global radar remote sensing constellation planning with SAR radar as the core. There are 114 planned satellites, with 12 currently in orbit. If progress is made as scheduled, it will become one of the world’s largest commercial radar remote sensing networks. It has the two-wheel drive capability of “radar + digital earth application” and is an important representative of the high-end remote sensing direction.
5. Hangyu Micro (Zhuhai No. 1): my country’s first commercial remote sensing micro-nano constellation led by a private listed company. There are 34 planned satellites and 12 are already in orbit. They are early exploration samples of multi-spectral commercial remote sensing. One of the earliest market-oriented practitioners of commercial remote sensing in China.
6. Sky-Ring Wisdom (Ring-Sky Constellation): a commercial remote sensing constellation for regional and industry applications. There are 86 planned satellites and 14 are currently launched. The improvement of revisit capability will determine the upper limit of its commercial value. It has a clear stage roadmap and is a typical “regional + industry collaboration” remote sensing layout.
7. China 4D (commercial remote sensing satellite constellation): a new generation of commercial remote sensing infrastructure system led by central enterprises. 28 satellites are planned and 10 have been launched, which is an important path for the transformation of the traditional surveying and mapping system into commercial remote sensing. It has both national resource background and commercial exploration attributes.
8. China Science and Technology Satellite (AIRSAT/Lingyun Constellation): a low-orbit remote sensing hybrid constellation with SAR as the core. With 21 planned and 8 launched, it is a representative of small-scale high-precision SAR constellations and has the advantage of technology concentration in the SAR subdivision field.
9. Tianyi Space (Tianyi Constellation): a small commercial remote sensing constellation with SAR as the core. At present, it has launched 6 satellites, which is still small in scale, but its flexible launch capability is its survival advantage, and it is a continuous explorer in the private SAR track.
The remote sensing track is currently the field closest to closed-loop commercialization, but what really determines the upper limit of remote sensing is not the resolution, but the ability to monetize the data. Can it support the entire industry? Larger-scale industry-level applications are also needed.
Category 3: Industrial closed-loop driven constellation
The category with the highest probability of survival.
10. Space-Time Daoyu (Space-Time Daoyu Constellation): A low-orbit IoT constellation serving Geely’s smart travel system. There are 72 satellites in the first phase and 64 are already in orbit. It is one of the few constellations that has formed an industrial closed-loop logic. The user scenarios are clear, the funding guarantee is clear, and the business path is stable.
11. Guodian Hi-Tech (Apocalypse Constellation): a low-orbit narrowband communication constellation for the Internet of Things and emergency communication scenarios. The first phase of networking with 38 chips has been completed, forming a 70% land coverage capability. It is a mature sample of the Internet of Things communication track. It has implemented 8 major industry solutions and has a real commercial application foundation.
This type of constellation has locked application scenarios, clear users, and clear business paths. They may not be the largest, but they are the least likely to fall.
Category 4: New Paradigm Exploration Constellation
The future has the greatest potential, but the greatest uncertainty.
12. National Star Aerospace (Star Computing Project): The world’s first space computing constellation project. 2,800 satellites are planned, and 12 satellites are currently launched. If the computing power demand and orbital deployment are coordinated, a new infrastructure track will be opened. It is the first time in the world that a large model has been deployed in orbit, which is a pioneering example in the direction of space computing power.
13. Yunyao Aerospace (Yunyao-1): a commercial meteorological constellation based on GNSS occultation technology. There are 90 planned satellites and 47 are already in orbit. They lead the world in occultation data contribution and are an important force in high-frequency meteorological data capabilities. A representative project in China’s commercial weather constellation with both scale and international recognition.
14. Future navigation (microcentre space): low-orbit navigation constellation for enhanced high-precision positioning. There are 240 planned, and the first batch of 10 has been put into orbit. If it enters the core chain of autonomous driving and unmanned systems, it will form a high value-added market. Low-orbit navigation enhances the strategic explorer of the track.
This type of constellation has a strategically forward-looking technical direction and may give birth to the next generation of basic space capabilities. They determine the future direction of China’s commercial aerospace industry, but not its current scale.
Category 5: Local industry-driven constellation
Sample of local policy strength type.
15. Science and Industry Space (Chutian Constellation): a new regional commercial remote sensing infrastructure project led and promoted by Hubei Province. It is planned to exceed 300 satellites by 2030, and there are currently 3 experimental satellites. Whether they can be marketed will determine the upper limit.
This type of constellation carries more tasks of regional industrial upgrading and strategic layout, and its commercial closed-loop capabilities still need time to be verified. Without cross-regional marketization, it will be difficult for local constellations to break through the policy cycle.
04
Three cruel trends
Trend 1: Low track is not a trend, it is a threshold
Almost all future mainstream commercial constellations will be in low orbit. The competition is no longer about whether to be low-track, but whether it can be scaled up.
Trend 2: Industrialization of constellations determines life and death
From hundreds of stars to thousands of stars, from customization to assembly lines, the constellation is more like a “space server cluster”. The real core of competition: batch manufacturing capabilities, launch rhythm, networking efficiency, and data processing capabilities. Industrialization capabilities are replacing single-star technology showoffs.
Trend 3: The real difficulty is not to make a star, but to make a profit
90% of constellations will not fail in the technical stage, but will be stuck in the commercialization stage. Constellation is not a scientific research project, but a long-term cash flow project.
05
Who can support the industry?
A bigger question must be raised here:
In addition to satellite Internet, what other constellations in China may reach a similar scale—a business model that can drive or even support the entire Chinese commercial aerospace industry?
Computing power constellation?
Navigation enhancement?
Remote sensing data platform?
The answer is still being verified.
As of 2026, there are only two categories that truly have “industry pillar potential”:
Low-orbit broadband internet constellation
High frequency data type remote sensing network
It is difficult for other types to support the trillion-level market in the short term, but they may form stable value in niche areas.
Conclusion
In the end, there are only three endings for business constellations: becoming infrastructure, becoming an industry tool, or stopping at PPT.
The real competition is not who has a bigger plan, but who can really launch the star, sell the data, and make money back.
