On June 11, 2025, CAS Space successfully completed the first-stage propulsion system test for the Kinetica-2 at our newly inaugurated Liquid Propulsion System Test Center. This landmark success validates the high-reliability foundation of our propulsion architecture, clearing the path for the maiden flight carrying the Qingzhou Cargo Craft.

As the most complex ground test in the vehicle's development, the mission executed a full flight profile—including engine ignition, gimbaling, and shutdown sequences. The test confirmed the perfect synergy between the first-stage pressurization systems and the Kinecore engine cluster, while verifying all structural, avionics, and launch support interfaces.

Key Technical Breakthroughs:
• System Integration: Verified seamless coordination between propellant delivery and multi-engine clusters.
• Operational Readiness: Validated propellant loading/unloading, parallel pre-cooling, and thermal-mechanical resilience.
• Flight-Ready: All systems operated within expected parameters, covering the entire mission profile.

With these core technologies flight-proven, Kinetica-2 has officially entered the final sprint toward its debut mission.

The mission also served as the official inauguration of the CAS Space Liquid Propulsion System Test Center in Guangzhou. This world-class facility—supporting 200-ton engine and 400-ton integrated system testing—is the foundation for our mass production and reusable rocket R&D. A Guangdong Provincial Key Project, its rapid completion reflects the strategic synergy between CAS Space and regional government support.

The CAS Space Liquid Propulsion Test Center stands as China's only facility capable of both liquid engine and integrated rocket system testing. Open to global research institutions and enterprises, we are fostering international collaboration to drive the future of aerospace.

The new technical preparation facility and dedicated Kinetica-2 launch pad are nearing completion. This first-of-its-kind universal hub supports both solid and liquid rockets, enabling a seamless "Factory-to-Launch" model. By integrating assembly, storage, and testing, CAS Space has dramatically shortened launch cycles and ensure high-frequency mission readiness.

To further drive down costs, the  upcoming Kinetica-2 Super Factory will scale production and optimize the entire liquid rocket supply chain. From our proprietary Kinecore reusable engines to full-scale vehicle manufacturing, CAS Space offers a vertically integrated solution for the global market.

As the Kinetica-2 maiden flight approaches, it is poised to become the workhorse for large-scale constellation deployment and low-cost cargo resupply for the Chinese Space Station. CAS Space remains committed to providing high-capacity, low-cost, and reliable access to orbit for partners worldwide.