China Groundbreaking Reusable Rocket Plant: Sea-Recovery Milestone

China Breaks Ground on First Sea-Recovery Reusable Rocket Plant

Mohd Hanif Ismail - : Jan 10, 2026 - : 9:37 pm

To read the full article, please log in or enter your email below:

The Asia-Pacific aerospace landscape is witnessing a strategic shift as China formalises its industrial capacity for the next generation of orbital access. In a significant move for the region’s commercial space ambitions, construction has officially commenced on the first dedicated manufacturing facility for medium-to-large reusable rockets designed for sea-based recovery. This "super factory" represents a pivot from experimental flight tests to the systematic industrialisation of launch vehicle reuse, a capability critical for the rapid deployment of sovereign satellite constellations.

Located in the Qiantang District of Hangzhou, the project is spearheaded by the Beijing-based commercial firm Space Epoch. The facility, which involves a total investment of approximately 5.2 billion yuan (US$740 million), is engineered to integrate the entire lifecycle of a reusable booster—from assembly and testing to post-recovery refurbishment. Spanning roughly 7.2 hectares in its first phase, the plant aims to achieve an annual production capacity of 25 rockets, providing the high-frequency cadence required to compete in the burgeoning global market for low-Earth orbit (LEO) infrastructure.

According to reports from CGTN and local industry observers including Hangzhou Daily and Pandaily, the facility will serve as the primary production hub for the Yuanxingzhe-1 (Hiker-1) launch vehicle. The project follows a series of technical milestones achieved by the Chinese commercial sector throughout late 2025, including successful vertical landing tests and the delivery of the nation's first sea-based rocket recovery platforms. By centralising these operations, the new Hangzhou base is expected to significantly reduce the turnaround time between missions, moving away from the traditional model of expendable hardware.

The technical architecture of the Yuanxingzhe-1 is a notable departure from previous Chinese designs, utilising a "stainless steel plus liquid oxygen-methane" configuration. The rocket stands approximately 66 metres tall with a liftoff mass of 575 tons, designed for up to 20 reuses. This material choice and propulsion system mirror global industry trends focused on cost-efficiency and durability in the harsh marine environments typical of offshore recoveries. For the Asia-Pacific region, the ability to recover first-stage boosters at sea is particularly advantageous, as it allows for more flexible launch trajectories that avoid the populated inland regions of mainland China.

Strategic implications for Asia-Pacific launch markets

The establishment of this facility underscores a broader regional race to secure autonomous, low-cost access to space. As Western launch providers continue to dominate the commercial sector, China's aggressive push into reusable technology is designed to bridge the capability gap. Within the Asia-Pacific, this development serves as a force multiplier for China’s planned satellite mega-constellations, such as the Guowang project. By establishing a dedicated "super factory," the industry is moving toward a logistics-heavy approach where rockets are treated as reusable assets rather than bespoke scientific instruments.

Enhancing sovereign space logistics

The new plant is strategically positioned to leverage Hangzhou’s industrial supply chain while maintaining logistical links to coastal launch sites like Wenchang. This geographic alignment is essential for the maritime recovery model, where boosters will be retrieved from the South China Sea or the Pacific Ocean and returned for rapid inspection. Industry analysts suggest that the success of this facility will be a litmus test for the viability of private-state partnerships in the Chinese aerospace sector, as the government continues to deregulate the industry to foster innovation and competitive pricing in the international launch services market.

Timeline and future orbital milestones

Space Epoch has indicated that the first flight and offshore recovery mission for the full-scale Yuanxingzhe-1 is expected by the end of 2026. This timeline aligns with other major national milestones, including the anticipated maiden flight of the Long March 10 crewed rocket and advancements at the Hainan commercial launch hub. As the global demand for satellite broadband and Earth observation grows, the commissioning of the Hangzhou factory marks a definitive step toward a more resilient and scalable space logistics architecture in the East.