China launched a CERES‑2 Y3 carrier rocket carrying four satellites from the Jiuquan Satellite Launch Centre on Saturday, 7 November 2026, at 9:22 AM. The lift‑off, reported by WAM, succeeded as the satellites entered their planned orbit.
WAM noted that the Jiuquan Satellite Launch Centre, situated in northwest China, is one of the country’s primary sites for space missions. The 2026 launch utilized an upgraded CERES‑2 Y3 vehicle to ferry a quartet of satellites into space in a single mission. According to the source, the rocket lifted off smoothly from the launch pad, launching away from the desert region under clear skies.
During ascent, the crew noted that the rocket followed a predetermined trajectory, with the upper stage extending after a series of controlled burns. The four satellites, each attached to the roof of the upper stage, were released sequentially as the vehicle reached the appropriate altitude zones. WAM confirmed that the release sequence occurred without observable anomalies.
Following release, each satellite entered its assigned orbit. WAM’s coverage specifically states that all four reached the trajectory and position planned by the launch team, indicating a successful insertion. No complications were recorded in the brief report, and the satellites are expected to become operational soon.
WAM’s brief account highlights the operational efficiency of China’s space program, noting that the launch demonstrates the nation’s capability to deploy multiple satellites simultaneously. The use of a single vehicle for four satellites showcases logistical and technical coordination between payload and launch vehicle designers.
Overall, WAM’s reporting confirms the core elements of the mission: launch site, rocket model, satellite count, and orbit attainment. The entire event transpired on 7 November 2026 from the Jiuquan Satellite Launch Centre, with WAM reporting no deviations from the planned timeline or orbit parameters. The successful deployment contributes to China’s broader space exploration and satellite deployment strategy.
