At 12:03 on December 10, 2025, Kinetica-1 Y11— "Create the Future"—was successfully launched from the Dongfeng Commercial Aerospace Innovation Experimental Zone.

Utilizing a multi-satellite deployment ("one-rocket-nine-satellites") configuration, the mission precisely delivered nine satellites into their predetermined orbits. The payload included the UAE’s Arab 813 satellite, Jixing Gaofen 07B01, 07C01, and 07D01, Dongpo-15, Yuxing-2 (09), Yixian-A, SPNEX, and Slippers2Sat.

The mission was a complete success. This latest batch of satellites is primarily designated for applications in urban planning, disaster prevention and mitigation, water conservancy, and meteorological monitoring.

This mission marks the 11th flight of the Kinetica-1, signaling its transition into a mature phase of mass production, batch delivery, and routine flight operations. By offering high lift capacity and proven reliability, the vehicle has secured a significant volume of orders, establishing a virtuous cycle of 'reliable launch—scale orders—supply chain synergy.' Moving forward, CAS Space aims to leverage technical innovation and supply chain integration to drive down costs, transforming launch vehicles from a bespoke commodity into a standardized industrial product. To date, Kinetica-1 has successfully deployed 84 satellites with a cumulative payload mass exceeding 11 tons. Its superior cost-effectiveness, reliability, and strong track record of mission fulfillment have cemented its position as the market leader by share in the civil and commercial launch services sector.

CAS Space has pioneered the Integrated Avionics Platform with Deep TT&C Fusion, making Kinetica-1 a truly "thinking rocket." By utilizing high-speed real-time Ethernet and a distributed architecture, we have transitioned from bespoke systems to a standardized, highly integrated platform.

This breakthrough slashes system complexity and maximizes reliability, enabling unattended, one-click remote launches. This field-proven technology now serves as the foundation for our next-generation Kinetica-2.

Kinetica-1 has reached another international milestone, successfully completing missions for clients in Egypt, Nepal, and the UAE. Our field-proven performance and launch efficiency continue to set the standard for global market reliability.

With a portfolio of 32 satellite partners—including six international clients—CAS Space now serves regions across China, Europe, North America, South Asia, the Middle East, and North Africa. Driven by in-house R&D and technical excellence, we are the vanguard of China’s commercial space sector, providing world-class launch services to a global audience.

Arab 813: Advanced Environmental Mapping
Developed by the Shanghai Engineering Center for Microsatellites, this hyperspectral satellite utilizes HSI, PAN, and AP sensors to deliver high-precision Earth observation data, supporting global climate research and environmental monitoring.

Jixing Gaofen 07 Series: The Next-Gen "Smart" Fleet
A trio of high-resolution satellites engineered for rapid-response imaging. Featuring an AI-driven onboard processing architecture and ultra-stable attitude control, these "smart" satellites provide industry-leading geometric accuracy for hotspot and stereo imaging.

Dongpo-15: All-Weather SAR Intelligence
This high-performance X-band SAR satellite by Huantian Wisdom Technology delivers sub-meter resolution regardless of weather or lighting. It captures millimeter-level surface deformations, making it an essential tool for flood monitoring, bridge safety, and dam stability.

Yuxing-2 09: AI-Enhanced Infrared Sensing
Developed by Starfire Transmission, this satellite combines high-res infrared video with onboard AI computing. It provides real-time intelligence for defense, emergency response, and power grid disaster prevention.

Yixian-A: STEM Innovation in Orbit
A Sun Yat-sen University CubeSat dedicated to scientific validation and education. Missions include testing space-grade wood materials and Raspberry Pi-based software-defined payloads, pushing the boundaries of low-cost satellite development.

SPNEX: A collaboration between the Egyptian Space Agency and ASRT to monitor ionospheric changes and climate impact.

Slippers2Sat (S2S):: A landmark educational project from Antarikchya Pratisthan Nepal（APN）and Amateur Radio Digital Communications（ARDC）. Nepalese Middle school students designed this 1U CubeSat to perform digital relay tasks and earthquake precursor monitoring (ELF/ULF wave detection), proving that space technology is accessible to all.