In recent developments within the aerospace sector, the Chinese launch startup, Cosmoleap, has successfully secured a funding round of $73 million (approximately 500 million yuan) aimed at propelling its reusable rocket ambitions. This substantial financial backing positions Cosmoleap to move closer to its target of a debut launch scheduled for 2027.
Founded as Beijing Dahang Yueqian Technology Co., Ltd., Cosmoleap announced this funding on April 29, 2026. The investment round was notably spearheaded by Haiyuan Square, with significant participation from several key players, including Houpu Capital, Zhuque Capital, Zhenyuan Capital, Zhikong Capital, Junlian Capital, and the Zhongguancun Development Group, which has established a strategic partnership with the company. This capital influx is earmarked predominantly for product development, rigorous testing and validation processes, and the expansion of the team responsible for these initiatives.
In a detailed statement, Cosmoleap emphasized that the secured funds will be directed towards advancing the Yueqian-1 rocket project, which integrates what the company describes as China’s pioneering “tower catch and landing recovery” rocket system. This innovative recovery system strategically mimics the renowned SpaceX Mechzilla tower methodology characterized by its "chopstick" arms designed for optimal recovery operations.
Framegrab from a Cosmoleap animation detailing its rocket and launch and recovery tower plans. Credit: Cosmoleap
Projected Development Timeline
Cosmoleap has announced that final assembly and comprehensive testing of the Yueqian-1 rocket will commence in the latter half of 2026, leading to its planned inaugural flight slated for 2027. The specifics of the rocket's dimensions reveal it will stand at an impressive 70 meters in length and feature a diameter of 4.2 meters, enabling it to efficiently carry payloads of up to 18,000 kilograms to low Earth orbit (LEO), and up to 12,000 kilograms when utilizing the first-stage recovery.
Innovative Engine Design
The technological foundation of the Yueqian-1 is significantly bolstered by the development of Cosmoleap's proprietary methane-liquid oxygen Qingyu-11 variable thrust engine. This cutting-edge engine is designed to yield thrust in the 100-ton class spectrum, thereby promising substantial lift capabilities. At the same time, Cosmoleap has also engaged in testing the state-owned China Aerospace Science and Technology Corporation's (CASC) YF-209 methalox engine, which classifies at 80 tons of thrust, to further enhance its commercial viability.
Funding and Industry Context
This latest funding acquisition by Cosmoleap follows an earlier funding round in November 2024, where the startup raised approximately $14 million. This was coupled with successful tests pertaining to its chopstick-style recovery tower system. Having publicly announced its operations and foundation only in March 2024, Cosmoleap's aspirations for achieving a 2027 flight timeline appear ambitious, particularly as it strives to substantiate its previously untested tower catch technology.
The wave of investment in Cosmoleap symbolizes an overarching trend within the Chinese commercial space sector. The company finds itself amidst a larger narrative of increasing fiscal support for private aerospace initiatives, especially given the significant backing from both central and provincial government entities. Comparatively, while Cosmoleap’s funding may seem modest when contrasted with more established firms that are attracting ever-larger funding rounds and progressing toward public offerings, it nonetheless represents a vital step forward for the company.
Parallel to Cosmoleap's progress, other Chinese firms such as Landspace, Space Pioneer, and CAS Space have already undertaken launches of potentially reusable, medium-lift conveyances, indicating a competitive and rapidly evolving market landscape.
Technological Collaborations and Future Flights
Cosmoleap's development trajectory showcases its ambitions not only in advancing the Yueqian-1 but also in aligning itself with other enterprising entities within China's bustling aerospace industry. For instance, Astronstone, another Chinese company, recently raised $29 million to implement similar chopstick-style recovery methods, setting its debut flight for early 2027. Meanwhile, CASC is gearing up for the launch of its Long March 10B in May, which is expected to utilize a new maritime vessel outfitted with a net capture system.
This pivot towards reusable rocket technologies is indicative of China's strategic goals to escalate its launch capabilities effectively, especially as it undertakes the construction of vital space infrastructure such as broadband megaconstellations and on-orbit data centers. The country is simultaneously enhancing its launch facilities and increasing the cadence of expendable launches to alleviate growing bottlenecks in launch services.
Conclusion
As Cosmoleap enters into this rapid and ambitious phase of development, its journey illustrates not only the potential for innovation within the Chinese commercial space sector but also its competitive positioning as it strives to deliver a viable, reusable launch solution to meet the growing demands of the global aerospace marketplace.
