China launched nine satellites for its state-owned GuoWang broadband network from Wenchang in Hainan on Monday, taking the constellation to about 240 satellites in orbit. The Long March 12 rocket departed at 04:24 Beijing time on 9 November 2026, carrying the network’s 29th batch.
The mission was the tenth flight of the Long March 12 and its fourth in four months, marking a sustained run of launches as China builds its satellite internet infrastructure. It was also China’s 80th orbital launch of 2026 and the 676th launch in the wider Long March rocket family.
GuoWang is one of two Chinese megaconstellations intended to rival Starlink. Its development has commercial and strategic significance: the network is designed to provide broadband capacity through a satellite system under Chinese ownership, rather than relying on an overseas operator.
A growing broadband network
The nine satellites were built by the China Academy of Space Technology for the state-owned China Satellite Network Group. Each weighs roughly 695 kilograms and uses electric propulsion. They reached their planned orbit following the launch from Commercial Launch Pad 2 at the Wenchang Commercial Space Launch Site.
The batch number distinguishes this mission from the number of satellites carried. This was GuoWang’s 29th group to be launched, with nine satellites aboard the rocket. The resulting total of about 240 in orbit reflects the cumulative deployment of the constellation, not the payload of any single mission.
A satellite broadband constellation uses a network of orbiting satellites to carry internet traffic between users and ground infrastructure. Unlike a single satellite serving a fixed area, a constellation operates as a wider system, with individual satellites contributing to its coverage and capacity.
For readers in London, the significance is the development of another major satellite internet network alongside Starlink. Satellite broadband can complement terrestrial connections, particularly where conventional infrastructure is difficult to provide. This launch concerns the expansion of China’s network, rather than an announced service for British customers.
A quicker launch rhythm
The Long March 12’s fourth flight in four months provides a concrete measure of the pace at which China’s state launch contractor is using the rocket. Sending successive batches into orbit is central to building a megaconstellation, whose deployment depends on repeated launches rather than a single large mission.
The rocket’s tenth flight is a milestone for that vehicle, while the 676th Long March launch belongs to the broader rocket family. The figures describe different parts of the programme: one concerns the launch vehicle used at Wenchang, and the other the cumulative record of Long March missions.
The timing also places the mission within a busy national launch programme. China’s 80th orbital launch of 2026 covered this GuoWang deployment, but that annual total is not a count of missions for the broadband constellation alone. The network’s own deployment record is represented by its 29 batches.
Commercial and strategic stakes
State ownership makes GuoWang more than a commercial competitor in the satellite internet market. Building sovereign broadband capacity gives China control over the ownership and development of the network. That strategic role sits alongside the practical task of deploying satellites capable of supporting communications services.
Electric propulsion is part of the satellites’ design. Such systems use electrical energy to generate thrust and can support manoeuvres in orbit. It is distinct from the rocket propulsion needed to send the satellites into space, and the launch vehicle’s role should not be confused with their onboard propulsion.
The latest batch expands the hardware available to build out GuoWang, but an orbital satellite count is not itself a measure of the service users can receive. Coverage and usable capacity also depend on how the network and its ground infrastructure operate together. The continuing practical task is to turn this growing constellation into functioning broadband capacity, with repeated launches supplying more of the satellites needed for that system.
