Increase in the number of thousands of sailed satellites to 200, AIS satellite network achieved

IT House, 6 June, 5 June, with the use of the Long March 8 carrier rocket, succeeded in placing 18 thousands of satellites into their scheduled orbit. As a result, the number of satellites has increased to 200, the AIS satellite system has completed its network, and the thousands of constellations have reached important milestones.

The launch was known to have been successful. The satellite-based survey and control system, which is autonomously built and managed by the satellite, reliably secures and validates the “24-hour double launch” high frequency submission capability.

IT House notes that the thousands of Saturn constellations have successfully launched the Network satellites for two consecutive days:

On 4 June 2026, at 1939 hours, the Xinjiang satellite, using the Long March 6 A carrier rocket at the Taiwon Satellite Launch Centre, placed 18 thousands of sail network satellites into pre-determined orbits, with all satellites in normal condition and launch missions being successfully launched.

On 5 June 2026, at 1434 hours, the Xinox satellite, using the Long March 8 carrier rocket at the Hainan International Commercial Space Launch Site, successfully placed 18 khow satellites in pre-determined orbit, with all satellites in normal condition and launch missions being successfully launched.

Accordingly, according to the previous official presentation, as the main building and operating agent of the thousands of sail constellations, Xinhuatsu will in the future provide low-time, high-speed and high-reliability satellite (broadband) Internet services to users worldwide. The service is well compatible with the communications system, and it is smooth to evolve in support of the 6G standard, which will eventually achieve seamless coverage of terrestrial, satellite, airborne and marine communications networks.

It is planned to launch 648 satellites in phase I to provide regional network coverage; launch a further 648 satellites in phase II, with an overall size of 1296 to provide global network coverage; and provide multi-purpose operational integration services by more than 15,000 satellites in phase III.

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