On November 7, 2026, China launched a Seri‑2W3 rocket from the Jiuzhaigou Launch Center in northwest China, carrying four satellites into a 535‑kilometre orbit. The payload included the experimental Gwanlan satellite, Youniao‑1 No. 28, Chongpu University Satellite 1 and Juntian‑1 No. 06A, aimed at ocean monitoring, meteorology, scientific research and space‑technology testing.
The launch was reported by Saudi Press Agency, citing information from China’s Xinhua news agency that the rocket lifted off at 7:37 a.m. Beijing time. This order of the launch time was confirmed in the Arabic text of the press release, which states the rocket “انطلق في الساعة 7:37 صباحًا بتوقيت بكين.”
The Seri‑2W3 rocket is a variant of China’s Seri family, designed to deliver small‑to‑medium perimeter‑based payloads into low‑Earth orbit. In this mission, it ferried satellites tasked with monitoring oceanic conditions, gathering meteorological data, conducting scientific experiments and testing new space technologies.
Each of the four satellites serves a distinct scientific or technological purpose. Gwanlan is an experimental platform; Youniao‑1 No. 28 is designed for ocean observation; Chongpu University Satellite 1 supports academic research; and Juntian‑1 No. 06A is dedicated to testing advanced space‑technology components.
While the press release celebrates the successful placement of the satellites, it does not detail future operational timelines or potential collaborations with international partners. Analysts note that the launch enhances China’s growing capabilities in low‑Earth orbit satellite deployment, although the long‑term deployment strategy for these specific payloads remains unspecified in the available briefing.
Experts in the field observe that the mission’s success reinforces China’s momentum in expanding its space‑science portfolio, particularly in the domain of small satellite deployment for environmental monitoring and research. However, the lack of public data on the satellites’ expected operational durations and data transfer plans leaves open questions about the full scope and impact of this launch on global scientific collaboration.
