More than 10,000 Starlink satellites. The ISS with its crew of 7. Hubble, Tiangong, and thousands of other objects circling Earth every 90 minutes. Here's everything currently in orbit — and what you can see tonight.
Earth orbit has changed dramatically. As recently as 2019, a few thousand satellites were in space. By April 2026, over 15,000 active satellites circle the planet — two thirds of them Starlink. The night sky is no longer just stars.
◉ TRACK WHAT'S ABOVE YOU NOWFor most of the space age, a few hundred satellites operated at any one time. That grew slowly to a few thousand by 2019. Then SpaceX launched Starlink and everything changed. In March 2026, SpaceX crossed 10,000 active Starlink satellites — a number that would have seemed fictional a decade ago. Starlink now constitutes roughly 65–67% of every active satellite in Earth orbit.
The ~50,000 tracked objects includes active satellites, rocket bodies, debris fragments, and dead spacecraft. Of those, roughly 15,000 are actively operational. The rest are junk.
| OPERATOR | ACTIVE SATS | NOTES |
|---|---|---|
SpaceX Starlink |
10,097+ | ~67% of all active satellites. 11,500+ launched total. Growing daily. |
Eutelsat OneWeb |
654 | European broadband constellation. Complete at 648 operational satellites. |
Amazon Kuiper |
~200 | Early deployment phase. 7,500+ satellites planned. Accelerating in 2026. |
Planet Labs |
~200+ | Earth observation constellation. Dove and SkySat imaging satellites. |
Spire Global |
~110 | Weather and maritime tracking nanosatellites. |
China (govt/commercial) |
~500+ | Mix of Tiangong station, BeiDou navigation, and early Qianfan/Guowang constellation sats. |
All others |
~3,000+ | Government, military, scientific, and commercial satellites from 80+ countries. |
As of April 2026, approximately 15,000 active satellites are in Earth orbit. The total number of tracked objects — including debris, rocket bodies, and dead satellites — is around 50,000. The active satellite count has grown dramatically since 2019 when SpaceX began mass-deploying Starlink.
Roughly 65–67% of all active satellites are Starlink as of March 2026, when SpaceX crossed the 10,000 active satellite milestone. No other operator comes close — the next largest constellation, OneWeb, has 654 satellites. Starlink's dominance of low Earth orbit is unprecedented in the history of spaceflight.
The ISS is the brightest, reaching magnitude −4 and visible from anywhere on Earth. Tiangong is also bright and visible from most latitudes. Individual Starlink satellites are faint (magnitude 3–6) but a freshly launched Starlink train is dramatic and easy to spot. OrbitalNodes.ai shows you exactly what's visible from your location right now.
A satellite at 400km altitude (like the ISS) completes a pass in 4–6 minutes from horizon to horizon. It moves noticeably faster than a plane and has no blinking lights — just a steady, smooth point of light. Satellites at higher orbits like Hubble (538km) move slightly slower. Geostationary satellites at 35,786km appear completely stationary.
Yes — significantly more. SpaceX has FCC approval for up to 42,000 Starlink satellites. Amazon Kuiper plans 7,500+. China's Qianfan and Guowang constellations are targeting 15,000 and 13,000 respectively. The number of active satellites could reach 60,000+ within a decade, raising serious concerns about orbital congestion, collision risk, and light pollution for astronomers.