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Industry overview this month
In May 2026, although the frequency of global commercial space launches has decreased, there are many bright spots. 1. SpaceX acquired spectrum resources, submitted a prospectus, and carried out 12 test flights of Starship, shifting from technology-driven to a closed-loop commercialization of technology + capital. 2. The Blue Origin New Glenn rocket encountered a static point explosion just after it resumed launch, which seriously affected subsequent launch plans. 3. China’s commercial aerospace industry continues to promote constellation networking and engineering. Many places have introduced special policies to improve industrial supporting facilities; a number of rockets and engines have completed key tests, manufacturing bases have been put into production one after another, new business formats for space computing power and satellite applications have been launched, and the process of industrial scale and commercialization continues to accelerate. 4. In the capital market, investment covers the entire chain of rockets, satellites, and applications, but funds are more concentrated in hard technology + high barriers. Many companies have gone public or submitted IPO applications, and capital enthusiasm has not diminished.
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Hello Space Global Commercial Aerospace Data
Overview of key commercial aerospace data in May 2026:
03
Launch and Orbit Situation
In May 2026, a total of 22 space launches were carried out around the world, and 339 spacecraft were put into orbit. Among them: China: 8 launches, 49 spacecraft into orbit United States: 13 launches, 289 spacecraft into orbit Europe: 1 launch, 1 spacecraft into orbit
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The most noteworthy global commercial launch in May was the twelfth test flight of Starship. This test flight was the debut of Starship V3 and completed most of the scheduled tasks. However, multiple engine ignition problems occurred, and technological breakthroughs coexisted with risks. For Chinese commercial aerospace companies, they must accelerate research on ultra-large capacity and recyclable technologies and explore low-cost launch models, otherwise the gap will continue to widen.
04
Constellation networking progress
In May 2026, Yuanxin Satellite launched 36 Qianfan constellation networking satellites into orbit through two launches. As of the end of May, the cumulative number of Qianfan constellation launched has increased to 162. SpaceX carried out a total of 11 launches in May, 8 of which were Starlink missions, putting 212 Starlink satellites into orbit; Amazon carried out a total of 1 launch in May, putting 29 Amazon Leo satellites into orbit.
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In May, the global low-orbit satellite constellation continued to be deployed, and the deployment of the Qianfan constellation accelerated. China’s low-orbit satellite Internet officially entered a new stage of high-frequency networking coordinated by “national team + private enterprises”. The accelerated deployment of the Qianfan constellation is essentially China’s response to the competition for space resources. China’s commercial aerospace industry is changing from a “catcher” to a “parallel competitor”, and the next 1–2 years will be a critical window period.
05
Investment, Financing and Capital Markets
In May 2026, a total of 26 financing events occurred in the global commercial aerospace field, with the disclosed financing amount exceeding RMB 7.49 billion. Among them, 18 cases were in the Chinese market, with an amount exceeding RMB 1.58 billion. Mainly distributed in the following directions:
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Financing broke out in May, with the track scattered and covering the entire chain, including rockets, satellites, and applications. Funds are concentrated in hard technology with high barriers, and the head effect is obvious. China’s commercial aerospace is moving from the “technical verification period” to the eve of large-scale and commercialization.
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Progress of China’s commercial aerospace engineering
Most progress in China’s commercial aerospace engineering in May focused on rocket and engine testing: Arrow Technology’s Yuanxingzhe 1 completed the full rocket pipeline mechanical environment test; Interstellar Glory Hyperbolic 3 successfully completed the drop shock performance assessment test; Huosheng Aerospace’s “Huosheng 1” liquid oxygen methane engine completed the hot test of a scaled prototype of the oxygen-rich precombustion chamber; Juqing Technology’s “Blazing” liquid oxygen kerosene engine completed multiple long-range hot tests.
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Although there was not much progress in the project in May, it concentrated on the characteristics of China’s commercial aerospace industry, which is moving from single-point testing to system-level verification, from disposable rockets to reusable rockets, from a single liquid oxygen methane route to multi-power parallelism, and from component trial production to full rocket integration. China’s commercial aerospace industry has entered a critical window period for “multiple rockets to be launched simultaneously, recovered and landed, and large-scale commercial use.”
07
SpaceX news
In May, Falcon 9 launched 11 times and put 259 spacecraft into orbit, including 8 Starlink satellite launch missions and 212 Starlink satellites. From January to May 2026, Falcon 9 launched 62 times and put 1,550 spacecraft into orbit, of which 50 were Starlink satellite launch missions and 1,337 were Starlink satellites. On May 12, 2026, the spectrum transaction between SpaceX and EchoStar was approved, and approximately 65MHz of EchoStar’s spectrum resources were transferred to SpaceX. On May 21, 2026, SpaceX officially submitted the S-1 registration statement (prospectus) to the U.S. Securities and Exchange Commission (SEC) to start the initial public offering (IPO) process. On May 23, 2026, SpaceX carried out the 12th test flight of Starship, and Starship V3 made its debut. This test flight completed most of the set goals, but some aspects of the engine working status, booster return control and other aspects did not meet expectations. S39 exploded after splashing down in the Indian Ocean, and crashed into the Gulf of Mexico in an uncontrolled state with overweight boost.
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In May, SpaceX made intensive moves. Starship V3 accelerated its approach to practical use, acquired spectrum resources, and officially submitted an IPO prospectus. SpaceX shifted from technology-driven to a closed-loop commercialization of technology + capital, and the overall pace accelerated significantly. For China’s commercial aerospace industry, it is both pressure and a clear roadmap to catch up.
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Conclusion
In May 2026, the global race for low-orbit satellite networking has entered a fever pitch, with significant gaps in transportation capacity. Relying on the high-frequency and batch launch of Falcon 9, the United States continues to deploy Starlink at a high density; the domestic Thousand Sail constellation is accelerating the networking, and the national team and the private sector have formed a collaborative network formation pattern. However, the overall launch frequency and the scale of satellites entering orbit in a single month are significantly different from that of the United States. Recyclable rocket technology has entered a critical stage of system verification. A number of domestic rockets and engines have completed key tests; the SpaceX Starship V3 iteration adheres to the “test flight trial and error, rapid iteration” model, and technological breakthroughs and failure risks coexist. For China’s commercial aerospace industry, shortcomings in transportation capacity are currently the biggest bottleneck, and the construction of large-scale, low-cost transportation capacity needs to be accelerated. Facing the window period for competition for frequency orbit resources, we must continue to promote the engineering implementation of recyclable rockets and rely on launch facilities such as Hainan Commercial Development and Dongfeng Commercial Aerospace Innovation Test Zone to create high-density, low-cost, and regular launch capabilities to meet the needs of large-scale constellation networking.
Special reminder
For more complete industry data, corporate dynamics and trend analysis, we have compiled it into the “Commercial Aerospace Dynamics Monthly Report for May 2026 (Full Version)” PDF for reference by corporate members, research institutions and industry practitioners.
Industry companies are welcome to join the “Nihao Space Membership Program” to obtain the full monthly report and more commercial aerospace industry research content.
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