On April 14, 2026, the Lijian-1 Y12 carrier rocket successfully deployed eight high-resolution optical remote sensing satellites into their designated orbits from the Dongfeng Commercial Space Innovation Pilot Zone. This mission, executed with 'chartered bus' precision, marks a significant milestone for CAS Space (Zhongke Yuhang) as it transitions into a mature phase of 'scheduled' orbital delivery. The inclusion of high-profile corporate payloads, such as the Postal Savings Bank of China satellite, underscores the growing commercial integration within the sector.
The Lijian-1, a medium-sized solid-fuel rocket, has now solidified its position as the most reliable workhorse in China's domestic commercial market. With 12 successful flights and 92 satellites delivered to date, totaling over 12 tons of payload, the vehicle holds the record for the most satellites launched in a single mission by a Chinese commercial rocket. This consistent performance provides the necessary infrastructure for the rapid networking and replenishment of remote sensing and navigation constellations.
CAS Space has further distinguished itself by becoming the first Chinese commercial firm to operate a dual fleet of both solid and liquid-propellant rockets. The recent successful maiden flight of the Lijian-2 liquid-propellant rocket, designed for large-scale, low-cost logistics, indicates a strategic shift toward servicing major national space projects. This diversification allows the company to address a wider spectrum of market demands, from agile small-satellite deployments to heavy-duty cargo transportation for China's next-generation space station systems.
The commercial space sector is approaching a critical 'watershed' in 2026, where the primary competitive advantage is shifting from mere technical capability to consistent reliability. As spatial orbits and radio frequencies become increasingly scarce, international regulations now impose strict 'use-it-or-lose-it' deadlines on satellite constellations. Under International Telecommunication Union (ITU) rules, operators must deploy a significant percentage of their constellations within specified windows or forfeit their orbital rights, creating an urgent demand for 'on-time' launch services.
To meet this demand, the philosophy of Chinese rocket manufacturers is evolving from 'project-based' management to 'industrial' process control. The focus has moved from ensuring the success of individual launches to maintaining high-frequency, standardized production lines. This transition toward industrial thinking is essential for achieving a sustainable commercial loop, where reliability and batch consistency become the primary drivers for securing long-term international and domestic contracts.