NORAD 43113
LEO 1
Time
- Local time
- -
- -
Position
- Latitude
- -
- Longitude
- -
- Altitude
- -
Speed
- Miles per hour
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- Kilometers per second
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- Miles per second
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From your location
- Azimuth
- -
- Elevation
- -
- Right ascension
- -
- Declination
- -
- Local sidereal time
- -
Sunlight
- Day / night
- -
Identity
- NORAD ID
- 43113
- International designator
- 2018-004C
- Launch date
- Jan 12, 2018
- Launch site
- SIRHARIKOTA
- Radar size (RCS)
- Medium (0.1–1 m²)
Radio
- Uplink
- -
- Downlink
- -
- Beacon
- -
- Mode
- -
Active transmitters from SatNOGS DB, licensed CC BY-SA 4.0.
Your station
- Grid locator
- -
Live
- Azimuth
- -
- Elevation
- -
- Range
- -
- Range rate
- -
- Naked-eye visibility
- -
- Sub-satellite grid
- -
- Footprint diameter
- -
Upcoming passes
Next 48 h · your local timeUse your location to predict passes.
Mutual visibility
With another station · next 48 hUse your location to find mutual windows.
Transmitters
Nominal · add location for Doppler-
Recent receptions
SatNOGS Network-
Orbit data
- TLE epoch
- 2026-11-01 20:18:50 UTC
- TLE age
- -
Radio data from SatNOGS DB and SatNOGS Network, licensed CC BY-SA 4.0.
About LEO 1
LEO 1 is a satellite from the United States, launched on Jan 12, 2018 from Sirharikota.
It circles Earth every 98 minutes (14.7 times a day), between 421 and 911 km up, on an orbit tilted 99.2° to the equator, so its path covers latitudes up to 81° north and south.
The map shows where it is right now; the pass list tells you when it next comes over your location.
LEO 1 · experimental Canadian telecommunications satellite
- Operated by
- Telesat
- Built by
- Surrey Satellite Technology
- Mass
- 168 kg
Names and facts: Wikidata (CC0).
Orbit height over the past year
Over the last 21 days its lowest point went from 420 km to 421 km. Sudden rises are engine burns that lift the orbit; slow declines are drag from the thin upper atmosphere.
From Space-Track element sets, one point a day.