Eutelsat OneWeb ConstellationLive OneWeb Satellite Tracker
Real-time tracking of 648 OneWeb broadband satellites. Live constellation map, polar coverage heatmap, orbital plane breakdown, coverage comparison vs Starlink, and ground station proximity.
Polar Coverage — OneWeb's Advantage
This view looks down at Earth from directly above the North Pole. Each dot is a live OneWeb satellite. The rings show latitude lines — the bright ring is the Arctic Circle (60°N). Because OneWeb's orbits pass nearly over both poles, the Arctic gets dense, continuous coverage — a key advantage for maritime, aviation, and military users at high latitudes.
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Live Coverage Comparison
Instantaneous satellite coverage footprints across three major broadband constellations. OneWeb's near-polar orbits provide stronger Arctic coverage; Starlink's lower altitude gives denser mid-latitude service.
Orbital Plane Clock
Imagine looking at Earth from above with all 12 orbital planes visible at once. Each coloured line radiating from Earth is one orbital plane, with satellite dots spread along it. As the Earth rotates beneath them, different planes sweep over different regions — this is how 648 satellites provide near-continuous global coverage.
Is OneWeb Above Me Right Now?
OneWeb vs Starlink — Head to Head
Orbital Plane Breakdown
OneWeb's 648 satellites are distributed across 12 near-polar orbital planes, each separated by approximately 30° in RAAN (Right Ascension of Ascending Node). Every plane contains around 49–55 satellites.
Satellite counts are live from Orbital Radar's TLE database. Plane assignments are computed from orbital elements. See Mega-Constellations Explained for more.
Constellation Growth
From the first 6 satellites in 2019 through bankruptcy, restart, and completion — the OneWeb constellation's turbulent journey to full deployment.
Launch History
Constellation Completion
GEO + LEO — The Eutelsat Advantage
Since the 2023 merger, Eutelsat OneWeb is the only operator in the world combining geostationary (GEO) and low Earth orbit (LEO) satellite fleets. This hybrid architecture lets customers seamlessly switch between wide-area GEO coverage and low-latency LEO connectivity.
No other operator combines GEO broadcast reach with LEO low-latency performance in a single network.