Geostationary
H2SAT (HEINRICH HERTZ)
Communications Technology Demonstration · DLR / Germany / OHB
Right now
LiveIt moves every second. See exactly where it is — worked out from its orbit, on your own device — on the live 3D globe.
- Over
- —
- Altitude
- —
- Speed
- —
Germany's experimental communications satellite named after the physicist who first proved the existence of electromagnetic waves. Heinrich Hertz carries experimental payloads testing Q/V band communications (frequencies above 40 GHz) and optical laser links — technologies needed for future next-generation satellite communications. Germany's DLR and several commercial partners use it to validate technologies that will appear in operational satellites a decade from now, filling the gap between laboratory and full-scale mission that technology demonstration satellites uniquely address.
Its orbit
- Orbit
- Geostationaryappears to hang motionless over one spot on the equator
- Altitude
- 22,242–22,243 mi (35,794–35,796 km)
- Inclination
- 0.0°
- One orbit
- 23.9 hoursabout one orbit a day
- NORAD ID
- 57213
- Int’l designator
- 2023-093A
- Launched
- 2023
Orbital elements from CelesTrak, as of 21 Sep 2026.
More geostationary
- HELLAS-SAT 2National / Regional Communications
- HELLAS-SAT 3Regional Communications
- HELLAS-SAT 4 & SGS-1Dual Commercial / Government Communications
- HIMAWARI-8Geostationary Weather
- HIMAWARI-9Geostationary Weather (Backup)
- HISPASAT 30W-5Commercial Communications