Geostationary
VIASAT-1
High-Throughput Broadband · ViaSat (now Viasat)
Right now
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The satellite that proved high-throughput GEO broadband could compete with fiber. When ViaSat-1 launched in 2011, its 140 Gbps Ka-band capacity exceeded the combined capacity of all commercial communications satellites serving North America at that time — a 10-fold increase in a single spacecraft. The resulting Exede internet service brought affordable broadband to millions of rural Americans who had no other option. ViaSat-1 made it economically possible for rural families to access streaming video — a social equalizer that changed the meaning of rural life in America.
Its orbit
- Orbit
- Geostationaryappears to hang motionless over one spot on the equator
- Altitude
- 22,236–22,249 mi (35,785–35,806 km)
- Inclination
- 0.0°
- One orbit
- 23.9 hoursabout one orbit a day
- NORAD ID
- 37843
- Int’l designator
- 2011-059A
- Launched
- 2011
Orbital elements from CelesTrak, as of 22 Sep 2026.
More geostationary
- VIASAT-2High-Throughput Broadband / Aviation
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- VIASAT-3 F2High-Throughput Broadband
- VINASAT-1National Communications
- VINASAT-2National Communications
- WFOV (USA 332)Space Domain Awareness