LEO Satellite

Starlink Speed Test

Starlink delivers broadband from low-Earth-orbit satellites, making real internet possible far beyond cable and fiber footprints. Typical speeds land between 50 and 250 Mbps down with 20–60 ms latency — dramatically better than traditional satellite, but variable with congestion, obstructions, and weather, which makes regular speed testing genuinely useful.

What speeds should Starlink deliver?

Expect 50–250 Mbps down and 10–30 Mbps up on the standard residential service, varying by cell congestion and time of day. Latency of 25–60 ms is normal — low enough for video calls and most gaming, which older GEO satellite services could never manage.

Speed dips during heavy rain or snow (rain fade) and when trees or structures block the dish's view of the sky. A clear, unobstructed sky view is worth more than any router upgrade.

Slow Starlink speeds? Try this first

  1. 1Use the Starlink app's obstruction scanner — even a few percent obstruction causes brief dropouts that feel like slow internet.
  2. 2Check speeds at off-peak and peak hours; busy cells slow down evenings, and Starlink prioritizes its higher-tier plans during congestion.
  3. 3Mount the dish high with a full sky view; roof mounts almost always out-perform ground placements near buildings and trees.
  4. 4The Starlink router is basic — for larger homes, put it in bypass mode and use your own mesh system.

Starlink speed test FAQ

How fast is Starlink?
Most residential users see 50–250 Mbps down, 10–30 Mbps up, and 25–60 ms latency. Speeds vary with how many users share your satellite cell and whether your dish has a clear sky view.
Why is my Starlink slow in the evening?
Each Starlink cell shares capacity among local users, so peak evening hours reduce speeds in busy areas. Obstructions and weather compound it. Off-peak tests reveal your connection's true ceiling.
Does weather affect Starlink speed?
Heavy rain and snow can attenuate the signal (rain fade), reducing speed temporarily. Light weather has little effect. Persistent slowness in clear conditions points to obstructions or congestion instead.