Satellites by Country — Every Nation Ranked

As of mid-2026 there are approximately 18,049+ active satellites in Earth orbit, up from roughly 2,000 in 2019. The growth is overwhelmingly driven by mega-constellations — large networks of broadband internet satellites — but government, military, scientific and commercial operators in dozens of countries contribute to the total.

Satellite "ownership" can be complex: a satellite may be built in one country, operated by a company registered in another and launched from a third. The rankings below use country of the registered operator, which is the standard used by the UN Office for Outer Space Affairs (UNOOSA) and most tracking databases.

Top 15 Countries by Active Satellites

Approximate counts based on UNOOSA registry, Jonathan McDowell's tracking data and operator disclosures. Numbers change weekly as satellites launch, fail or deorbit. Starlink and total satellite counts update automatically from our tracking data.

Mega-Constellations Are Reshaping the Rankings

Three mega-constellations explain most of the top-three ranking. SpaceX's Starlink alone accounts for roughly 70% of all active satellites, making the United States the dominant spacefaring nation by sheer numbers. The UK ranks third primarily because OneWeb (now part of France-based Eutelsat Group) is incorporated in Britain. And China's position is climbing fast: the state-backed Guowang constellation has ~168 satellites in orbit with plans for 13,000, while the Shanghai-backed Qianfan ("Thousand Sails") network has ~126 with plans for 14,000+.

Amazon Leo (Project Kuiper) adds another US mega-constellation — over 300 satellites launched as of April 2026, with 3,236 planned and an FCC deadline requiring half deployed by July 2026. If all announced mega-constellations are fully built out, there could be 100,000+ active satellites in orbit by the early 2030s.

Launch Capability by Country

Not every country with satellites can launch them independently. As of 2026, twelve countries or blocs have demonstrated orbital launch capability: the United States (~193 launches in 2025, led by Falcon 9), China (~92 launches), Russia (~17 launches), Europe via Ariane 6 from French Guiana (~7 launches), India (~5 launches), Japan (~3 launches), New Zealand (via Rocket Lab), South Korea, Israel, Iran, North Korea and Australia (hosting foreign rockets from Equatorial Launch Australia). See the full history on our Launch Log and upcoming missions on the Launch Schedule.

Emerging Space Nations

Beyond the top 15, a widening group of countries has joined the spacefaring community. As of May 2026, more than 80 nations have operated at least one satellite. Many entered orbit by partnering with established launch providers — countries like Vietnam, Ethiopia, Rwanda, Costa Rica, Nepal and Paraguay have all orbited their first satellites within the last decade, typically small CubeSats built with international support.

The barrier to entry continues to fall. A 1U CubeSat can be built for under $100,000 and launched as a rideshare payload for as little as $50,000, putting basic orbital capability within reach of universities and small nations alike. Our Academy constellation course explains how these small satellites fit into the broader orbital ecosystem.

Debris Responsibility by Country

The countries with the longest spaceflight histories bear responsibility for the most orbital debris. Russia, the United States and China are responsible for the vast majority of the 28,606+ tracked objects in orbit.

Two deliberate anti-satellite weapons tests generated the worst individual debris clouds: China's Fengyun-1C destruction in 2007 created 3,500+ trackable fragments (2,800+ still in orbit), and Russia's Cosmos 1408 test in November 2021 produced 1,500+ fragments in a heavily-used orbital band. The United States conducted its own ASAT test in 2008 (USA-193) but targeted a satellite in a low orbit, ensuring most debris re-entered quickly. The growing risk of Kessler Syndrome makes debris mitigation an urgent international priority.

See Space Debris Statistics for a full breakdown, our Space Debris Map for a live visualisation, and Satellites by Operator for a commercial view.

Explore Country Profiles

Select a country below for a detailed breakdown of their satellite fleet, key programmes, launch vehicles, space agency overview and strategic ambitions. On Orbital Radar's live 3D globe, use the Operators filter in the left menu to isolate satellites by country of origin — you can compare constellations, view orbital planes and see how different nations use LEO, MEO and GEO.

Global Navigation Systems by Country

Four independent global navigation satellite systems (GNSS) are operational, each operated by a different nation or bloc. The US operates GPS (31 satellites at 20,180 km), Russia operates GLONASS (24 satellites at 19,100 km), China operates BeiDou (30+ satellites in MEO/GEO/IGSO), and the EU operates Galileo (30 satellites at 23,222 km). Regional augmentation systems include Japan's QZSS (5 satellites) and India's NavIC (7 satellites). Most modern receivers use signals from multiple GNSS constellations simultaneously.

Frequently Asked Questions