The hype for 200,000 satellites has finally become a bubble feast . Strengthening commercial aerospace cannot rely solely on quantity carnival ! . When the news came out that China had applied for more than 200,000 satellite frequency orbit resources to the International Telecommunications Union (ITU), the commercial aerospace sector that had been hotly speculated in the A-share market for several weeks seemed to have received another shot in the arm: the satellite ETF doubled in less than three months, and the stock prices of China Satcom, China Satellite and other related companies hit record highs, and market enthusiasm continued to rise. However, amid this frenzy, investors need to remain sober and rational. Judging from the data of international authoritative reports and the actual performance of leading domestic companies, this seemingly grand gourmet feast of 200,000 satellites is actually far less glamorous than it appears. 1. Global Satellite Launch Boom: Supply-Demand Imbalance and Orbital Crisis under Prosperity The Broadband Commission for Sustainable Development under the International Telecommunications Union (ITU) released the Global Satellite Broadband Status Report 2025 in August 2025. It pointed out that since 2018, global satellite launches have officially entered an explosive period. In particular, the intensive advancement of the low-orbit satellite constellation plan has promoted an exponential growth in the number of satellite launches. It is expected that by 2030, the number of active satellites worldwide may reach 50,000, with the vast majority located in low-Earth orbit (LEO). But behind the craze, the potential supply-demand imbalance risk in the industry is gradually becoming apparent. Judging from the actual supply and demand matching situation, nearly 70% of the satellites launched in recent years are low-orbit communication satellites. However, the construction progress of supporting ground terminal deployment, frequency band coordination and other facilities has obviously lagged behind, resulting in a large number of satellites falling into the embarrassing situation of idle in orbit , and the problem of resource waste is very prominent. At the same time, the competition for orbit and frequency band resources has entered a fierce stage. The ITU report shows that the number of non-geostationary satellites applied by member states to register radio frequencies will reach nearly 1.8 million in 2029. The capacity of geostationary orbits and golden frequency bands is already limited. Excessive launches will not only cause orbital congestion and potential risks of satellite collisions, but the first come, first served rule of the International Telecommunications Union (ITU) further intensifies this disorderly competition. What deserves more vigilance is the risk of obsolescence brought about by technology iteration. The lifespan of low-orbit satellites is usually only 5-7 years. Satellites currently launched on a large scale are likely to face the fate of being eliminated before the relevant technologies are fully mature, ultimately resulting in huge sunk costs and further eroding the commercial value of the industry. 2. Business Prospects Forecast: High growth expectations cannot withstand realistic difficulties. The World Economic Forum's 2024 Space Economy Report predicts that the aerospace industry is currently growing at about 9% per year, and the market size will reach US 1.8 trillion by 2035. It will contribute an increasing share to the global economy through services such as communications, positioning, navigation and timing, and earth observation. However, the compound annual growth rate of 9% is far from the current capital market s growth expectations of more than 30% for the commercial aerospace sector, and the valuation of the sector is obviously characterized by bubbles. From the perspective of market demand, although satellite Internet has high hopes of connecting every corner of the world , the profitability of actual application scenarios still needs to be verified. At present, the main target markets of satellite broadband are concentrated in remote areas, oceans, aviation and other areas that are not covered by terrestrial networks. The user scale in these markets is limited and the payment ability is uneven. Taking the aviation field as an example, the net profit margin of the global aviation industry will be only 3.6% in 2025. Even if satellite broadband can provide Internet services for flights, airlines will be unable to offer high prices due to cost control considerations. On the consumer side, the current satellite direct-to-cell phone (D2C) service is still in its infancy. According to data from Juniper Research, global related revenue is expected to be only US 3 million in 2025. Even if it grows to US 170 million by 2029, compared with the trillion-level deployment costs, the payback cycle is too long. Satellite manufacturing, launch and subsequent operations require huge initial investment. Based on domestic commercial quotations and Starlink public data, the full life cycle cost of a single satellite is as high as 38 million yuan, including manufacturing cost of 20 million yuan, launch cost of 10 million yuan, and operation and maintenance, insurance and deorbit processing costs of 8 million yuan. According to industry reports, in order for a single low-orbit constellation to achieve breakeven, it needs to achieve at least 40% terminal penetration. However, the current global average penetration rate is less than 5%, which shows the difficulty of profitability. 3. Performance of leading domestic commercial aerospace companies: sluggish growth and pressure on profits. The 2024 annual performance of core companies in the domestic commercial aerospace sector has directly exposed the illusion of speculation in the sector. As a leading company in the field of satellite manufacturing, China Satellite's total operating revenue in 2024 was 5.156 billion yuan, a year-on-year decrease of 25.06%, and the growth rate was significantly lower than the previous year; the profit side was under pressure, with a full-year net profit of 27.914 million yuan, a significant year-on-year decrease of 82.28%, which clearly reflects the current situation of intensified competition in the satellite manufacturing business and continued pressure on gross profit margins. At the capital level, the company's net cash flow from operating activities was -317 million yuan. The continued negative cash flow highlights the company's weak ability to withdraw funds. A large number of projects have invested in occupying funds, and operating pressure cannot be underestimated China Satcom, which focuses on satellite communication services, has relatively stable performance, but its growth momentum is seriously lacking. The company's total operating income in 2024 will be 2.541 billion yuan, a year-on-year decrease of approximately 2.85%. This growth rate is far from the high growth expectations implied by the sector valuation. On the profit side, the company's gross sales profit margin is 27.70%. Although it remains profitable, the growth rate has stagnated, a year-on-year decrease of 8.01 percentage points. The core reason is that the company's revenue still mainly relies on traditional geosynchronous orbit satellite communication services, and the low-orbit business has not yet made an effective contribution. The single nature of the business structure makes the company's growth ceiling clearly visible, making it difficult to support long-term high valuations. As an aerospace information service provider, Zhongke Xingtu has a relatively fast revenue growth rate among the three core companies. Its total operating revenue in 2024 will be 3.257 billion yuan, a year-on-year increase of 29.49%, but the quality of profits is worrying. The company's full-year net profit attributable to the parent company was 352 million yuan, a year-on-year increase of only 2.67%. Although it seemed to be a considerable profit, it failed to be converted into actual cash flow. The net cash flow from operating activities was -81.156 million yuan, and the problem of high accounts receivable was fully exposed. At the same time, the company's continued large investment has intensified financial pressure, and the return cycle of related projects is very long, and the sustainability of profitability faces severe tests. 4. The Digital Illusion of 200,000 Satellites: Multiple Challenges in Technology, Supply Chain and Supervision. Relevant Chinese companies have declared 200,000 satellite orbit resources to the International Telecommunication Union. Although it is a strategic move by major countries to compete for low-Earth orbit resources, the risks hidden behind it are far more complex than what the current market sentiment reflects. Facing multiple implementation challenges such as technology, supply chain, and supervision, breakthroughs are by no means possible in the short term. According to International Telecommunications Union (ITU) rules, even if all frequency orbit resources for 200,000 satellites are approved, the applicant must complete the deployment of the first batch of 10% within 7 years, 50% within 9 years, and all implementation within 14 years. Not to mention that such a huge deployment scale requires trillions of dollars of investment, the operating cost of the satellite itself is enough to prohibit most companies. The lifespan of low-orbit satellites is usually only 3-5 years, which means that satellite replacement must be initiated soon after deployment is completed, and continued capital investment will become a heavy burden for enterprises. Supply chain bottlenecks are even more severe. Core components such as chips, antennas, and propulsion systems required for satellite manufacturing are currently facing problems of insufficient production capacity and delayed delivery. Take the CTC-1 and CTC-2 constellations declared by the Radio Innovation Institute as an example. Each constellation requires 96,000 satellites. Based on the current global satellite manufacturing capacity, the production of these two constellations alone will take at least 10 years, not to mention subsequent launches and deployments. Regulatory uncertainty also casts a shadow over the launch of satellites. Although the ITU's first come, first served rule provides a basis for China to declare frequency orbit resources, subsequent international coordination, spectrum compatibility and other issues still require lengthy negotiations. Although the upcoming 2027 World Radiocommunication Conference (WRC-27) has set more than 14 agendas related to space services, the unification of the global regulatory framework still faces many obstacles. In addition, the satellite Internet industry is facing fierce global competition and resource bottlenecks. SpaceX's Starlink program in the United States has actually launched more than 10,000 satellites, occupying the first-mover advantage in low-Earth orbit; the European Union, Japan, etc. are also accelerating the deployment of local satellite constellations. According to calculations by international authoritative reports, the theoretical capacity of low-Earth orbit is only about 60,000 satellites, and spectrum resources are a first come, first served scarce commodity. Among the 200,000 satellites declared by China, a large number of frequency orbit resources may be recycled because they cannot be deployed on time. This strategy of declaring to occupy resources may not only cause a waste of resources, but also intensify international spectrum competition, which is not conducive to the long-term development of the industry. Taken together, under the background that the profit logic of the satellite Internet industry has not yet been fully realized and the cost of satellite launch operations is high, the current market hype for the 200,000 satellite plan is more due to conceptual hype than actual value realization. Conclusion The current capital carnival that is hyping the concept of commercial aerospace has obviously been divorced from the realistic logic of industrial development. We must clearly realize that the healthy development of the industry must complete the fundamental transformation from conceptual hype to application implementation and from scale competition to quality wins. This means that the industry needs to shift its focus from competing for orbital resources to more difficult long-term challenges such as cost control, improving launch efficiency, and tapping real market demand. In the final analysis, the value of commercial aerospace does not lie in how many satellites are declared, but in how much value is truly created for society. Rather than getting caught up in a digital carnival for 200,000 satellites, it is better to solve industry pain points down-to-earth and move satellite Internet from concept to application and from scale to quality. Only in this way can commercial aerospace truly become an engine for the development of the digital economy, rather than a short-lived capital bubble