Behind the Application for 200,000 Satellites: Does China Have the Capability to Build Its Own Starlink?

In January 2026, a figure sparked discussions in the international space community: a Chinese organization submitted a spectrum application to the International Telecommunication Union for 200,000 low-orbit satellites, a scale approximately 20 times that of SpaceX's current number of Starlink satellites in orbit. At the same time, the National University of Defense Technology, under the Central Military Commission, published a research report explicitly calling for the People's Liberation Army to establish a military-civilian integrated satellite application system to catch up with the U.S. military's advantages in the militarization of commercial space.

When these two pieces of news are put together, the signal is very clear: the PLA realizes that it has structural shortcomings in its space information support capabilities, and the solution lies in whether it can truly mobilize China's burgeoning commercial space industry. But the question is—can it be mobilized?

How Big is the Gap?

As of early 2026, the total number of satellites in orbit in the United States exceeds 5,000 (including the Starlink commercial constellation), with about 570 military satellites; China has approximately 157 military satellites, and the number of commercial satellites is far lower than that of the U.S. If we only look at pure military satellites, the gap between China and the U.S. is still within a controllable range—but the problem lies precisely in the dimension of transitioning commercial satellites to military use.

The battlefield in Ukraine has already proven: Starlink not only provides communication but also offers real-time support for drone reconnaissance, coordinate positioning, and frontline coordination, effectively becoming an informal extension of the U.S. military's battlefield information network. This capability is not on any military budget list, yet it is more useful and resilient than many expensive dedicated military satellite systems. This is the fundamental reason why researchers at the National University of Defense Technology are restless.

The Real Production Capacity of China's Commercial Space

China has indeed seen the emergence of a number of interesting commercial space companies—Galaxy Space, Geely's Spacetime Path, and Tianyi Research Institute—they are all growing rapidly. However, compared to SpaceX's manufacturing pace, the gap is not on the same scale.

SpaceX's satellite factory currently produces about 120 Starlink satellites per month, and the reuse launch cost of the Falcon 9 rocket has dropped to about $1,000 per kilogram, with more than 90 launches planned for 2025. In contrast, on the Chinese side, although several companies are chasing after rocket reuse technology, none have achieved the scale of reuse launch rhythm like the Falcon 9 so far.

In simple terms: launch capacity is the real bottleneck, not satellite manufacturing. Applying for a spectrum quota for 200,000 satellites is easy, but what conditions are needed to actually launch 10,000 satellites? It is probably 5 to 10 times the current total annual launch volume in China, sustained over ten years. This number cannot be bridged by just a research report.

The Real Challenge Facing Military-Civilian Integration

The report from the National University of Defense Technology points out the correct direction, but there is a headache-inducing issue that has not been mentioned: the security isolation between commercial satellites and military systems.

Starlink is not completely open to the U.S. military—there are dedicated military interfaces and encrypted channels that ordinary users cannot access. For China to achieve a similar structure, it needs to embed military modules at the design stage of commercial constellations, which means commercial companies must accept a considerable degree of military oversight and technical standard restrictions. This is not a small friction for commercial enterprises that need to iterate quickly and reduce costs.

From the financial reports of listed military enterprises and public bidding announcements, the formulation of relevant dual-use technology standards is still in the early stages. To some extent, the rapid development of China's commercial space has outpaced the establishment of military standardization systems.

Three Indicators Worth Tracking

The author believes that the following indicators are more valuable for reference than the number of satellite applications: the annual number of satellites launched by leading companies like Galaxy Space and Spacetime Path; if they can exceed 500 in 2026, it would indicate crossing the basic threshold for scaling; whether commercial space companies have announced targeted financing or equipment procurement contracts involving military orders; and the monthly launch frequency of domestically produced reusable rockets, which is still in single digits, with substantial military support capabilities requiring at least more than 10 launches per month.

As for that application for 200,000 satellites, it is more likely a preemptive claim on spectrum resources—this is standard practice in the satellite industry and has little to do with actual manufacturing capacity. SpaceX has also applied for spectrum for tens of thousands of satellites and then gradually launched them.

The real question is not whether the PLA is aware of the military value of commercial space. The question is: how long is the military prepared to wait for this matter before launch costs achieve a significant reduction? Or will there be another outcome: the PLA bypasses the commercial route and uses traditional methods to invest heavily in building more dedicated military satellites—just like how they addressed the aircraft carrier issue back in the day?