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China's Satellite Internet: Guowang & Qianfan

28,000+ LEO broadband satellites planned across two national mega-constellations — with 350+ already in orbit. China's answer to Starlink and Kuiper.

Overview

China is deploying two massive LEO broadband constellations — Guowang (国网, "National Network") and Qianfan (千帆, "Thousand Sails") — totalling over 28,000 planned satellites. As of mid-2026, more than 350 satellites have been launched across both programmes, with deployment accelerating rapidly. These represent China's strategic effort to build sovereign satellite internet infrastructure and compete with Starlink for global broadband coverage and orbital spectrum.

Key Specifications

FeatureGuowangQianfan
OperatorChina SatNet (state-owned)Shanghai Spacecom (commercial)
Planned Satellites~13,000~15,000
Launched (mid-2026)~190162
Altitude Range508–1,145 km~800–1,160 km
Launch VehiclesLong March 5B, 8A, 12, 6ALong March 6A, 8
Primary UseNational broadband, government, militaryCommercial broadband, IoT

Guowang

Guowang is operated by China SatNet (中国星网), a state-owned enterprise established April 2021. The constellation spans multiple orbital shells, with approximately 13,000 satellites planned. China SatNet reports directly to SASAC. ITU filings were submitted in late 2020, securing spectrum rights. Deployment began in December 2024 using Long March 5B, 8A, 12 and 6A rockets. As of mid-2026, roughly 190 Guowang satellites have been launched, with plans to reach 310 by year-end. Two satellite variants are in use — larger ones on the Long March 5B and smaller ones on the Long March 12 and 6A. The programme has maintained a trouble-free deployment record.

Qianfan

Qianfan is developed by Shanghai Spacecom Satellite Technology (SSST), backed by Shanghai municipal government and the Chinese Academy of Sciences. Deployment began in August 2024, with batches of 18 flat-panel satellites launched on Long March 6A and Long March 8 rockets. As of May 2026, 162 satellites have been launched across nine groups. Deployment paused for several months in 2025 after some satellites suffered thruster or gyroscope failures in orbit, but resumed in April 2026 after corrective measures. Phase 1 targets 1,296 satellites for regional coverage, with the full 15,000-satellite constellation planned by 2030. Unlike state-run Guowang, Qianfan has a commercial orientation, with trial service agreements already signed in Brazil, Malaysia, Kazakhstan and Turkey.

Strategic Significance

These programmes serve multiple objectives: securing orbital spectrum before Western constellations fill available slots, building sovereign communications independent of Western networks, offering broadband to Belt and Road Initiative partners, and driving development of China's commercial launch industry.

Orbital Impact

If fully deployed, these constellations would add 28,000+ satellites to LEO — roughly tripling the current non-Starlink active population. This raises significant questions about debris, conjunction management and spectrum coordination. The rapid deployment cadence — multiple launches per month across both programmes — is already reshaping LEO occupancy patterns.

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Constellation deployment — live

Satellites currently tracked in orbit versus each network's planned size, counted live from the catalogue. These bars update automatically as launches continue.

🇨🇳 Qianfan 200 in orbit · of 14,000 planned
1.4% deployed
🇨🇳 Guowang 168 in orbit · of 13,000 planned
1.3% deployed
🇺🇸 Starlink 10,591 in orbit · of 12,000 planned
88% deployed

In-orbit counts are live from the tracked catalogue (payloads); planned totals are operator targets (as of 2026-06). Some early constellations show small but real numbers.

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How high each network orbits

LEOMEOGEO EARTH'S SURFACE Qianfan 1,160 kmGuowang 500–1,145 kmStarlink 540–570 km

Logarithmic scale. Lower orbit → shorter signal path → lower latency, but each satellite covers less ground (so more are needed).

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Satellite internet providers compared

Provider Orbit Download Latency From £/mo In orbit Planned Now?
🇺🇸 Starlink featuredSpaceX LEO 25–220 Mbps 25–60 ms £75 10,591 12,000 Yes
🇨🇳 Qianfan featuredSSST / Shanghai Spacecom LEO 50–300 Mbps 40–70 ms B2B 200 14,000 Soon
🇨🇳 Guowang featuredChina SatNet LEO 50–300 Mbps 40–80 ms B2B 168 13,000 Soon
🇺🇸 KuiperAmazon LEO 100–400 Mbps 20–40 ms 235 3,236 Soon
🇬🇧 OneWebEutelsat OneWeb LEO 50–195 Mbps 40–70 ms B2B 654 648 Yes
🇺🇸 ViasatViasat GEO 25–100 Mbps 600–700 ms £65 Yes
🇺🇸 HughesNetHughes (EchoStar) GEO 25–50 Mbps 600–700 ms £50 Yes

Tap a column to sort · "In orbit" is live from the tracked catalogue; speed, latency and price are list figures as of 2026-06 (Ookla Speedtest, FCC filings, provider disclosures (Starlink.com, Amazon, Eutelsat/OneWeb), ITU/IMT, operator press releases).

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