China’s government has for the first time put satellite internet squarely in the foreground of national industrial policy, signalling a stepped-up push to turn low-earth-orbit networks and wider aerospace activity into engines of economic growth. In the government work report delivered at the opening of the National People’s Congress, Premier Li Qiang called for accelerating development of satellite internet, upgrading the 5G-plus industrial internet stack, and deepening data resource governance as part of broader efforts to cultivate new growth sectors.
Satellite internet, the report noted, is effectively a mobile base station built in space: by launching and networking sufficient numbers of low-earth-orbit (LEO) satellites, operators can blanket the globe with broadband connectivity to ground and airborne terminals. That capability carries both civilian and military importance and has become a focal point of international technological competition as companies and states race to provide ubiquitous, low-latency service and to secure strategic communications channels.
China’s private space sector has already mobilised around that task. Two state-linked initiatives — China Star Net’s GW constellation and Shanghai-based Yuanxin’s Qianfan constellation — are the declared principal projects, and Beijing’s estimates foresee phased deployment of nearly 28,000 satellites from 2024 through 2035. A contemporaneous, much larger set of filings with the International Telecommunication Union — an application in late December seeking frequency and orbital resources for roughly 203,000 additional satellites across 14 constellations — underscores Beijing’s intent to reserve spectrum and orbital slots for future terrestrial-space integrated networks.
Industry players beyond the two headline programmes are busy too. A host of private firms, from Blue Arrow affiliates to Galaxy Aerospace and others, are proposing or building their own constellations and satellite designs, focusing on cheaper, higher-volume spacecraft, direct-to-phone services, on-board processing and energy management. Executives in leading private firms frame the shift as the start of a new space economy in which satellite internet becomes a commercial backbone for services ranging from consumer broadband to industrial IoT and logistics tracking.
The scale of the endeavour exposes practical bottlenecks. Analysts cited in the coverage estimate that deploying the principal constellations over the coming decade will require 700–800 individual launches using vehicles with at least 18-tonne single-launch LEO capacity, a demand that will test China’s launch infrastructure and the wider supply chain for rockets, payload integration and ground systems. The logistics of mass-produced satellites, launch cadence, spectrum coordination and orbital traffic management are now immediate industry priorities.
Beijing’s policy trajectory has been building toward this moment. Satellite internet was folded into China’s “new infrastructure” agenda in 2020, commercial space was named a new growth engine in 2024 and then elevated to a push for healthy, secure development in 2025. Now the government work report lists aerospace alongside integrated circuits, biopharma and low-altitude economy as ‘‘emerging pillar industries,’’ a rhetorical escalation that will likely translate into financing, regulatory nudges, and state-backed coordination.
This burst of domestic activity also has a global dimension. China’s concentrated frequency filings at the ITU are an explicit attempt to ‘‘secure’’ spectrum and orbital resources ahead of intensified international competition for LEO slots — an approach that will complicate multilateral frequency planning and intensify pressure on orbital governance. At the same time, Beijing’s emphasis on military-civil fusion means that satellite internet expansion will be watched closely by foreign governments, not only for commercial rivalry but for strategic and security implications.
The immediate economic returns are plausible but not guaranteed. If Beijing and Chinese industry can scale launches, tame manufacturing costs and negotiate spectrum internationally, the satellite internet drive could spawn new services and a sizeable domestic market for satellites, rockets, and ground equipment. If bottlenecks persist — congested orbits, insufficient launch capacity, regulatory frictions — the sector risks overcapacity, costly duplication and a scramble for customers in an already competitive global market dominated by incumbent operators outside China.
For global observers and commercial partners, the message is clear: China is moving from a period of policy signalling to active industrial execution in space, and the next few years will determine whether that ambition becomes a sustained commercial and strategic reality.