Positioning satellite · QZSS (Michibiki)
QZS-7
Live position of QZS-7, propagated with SGP4. A GEO satellite of QZSS (Michibiki), catalogue number 100270, period about 1434.9 minutes, inclination 2.99 degrees. To find out whether it is above a given place on the ground, use KUON SKY.
Where it is now
Latitude—
Longitude—
Altitude—
Speed—
Loading orbital elements
Visible from here Ground track (one orbit) Sub-satellite point Your location
An equirectangular world map. The thin line is one full orbit of ground track; the bright ring is the area from which this satellite stands above the horizon.
Open the point beneath it on the mapSeen from where you are
Elevation—
Azimuth—
——
Elevation is the angle above the horizon. The closer to 90 degrees, the more nearly overhead it is, the shorter its path through the atmosphere, and the less likely a building or hill is to cut it off. To count with terrain shadow included, use KUON SKY.
Identity
- System
- QZSS (Michibiki)
- Catalogue number
- 100270
- International designator
- 2026-182A
- Launch year
- 2026
Shape of the orbit
- Orbit class
- GEO (circles once per day, so it stays in nearly the same direction from the ground)
- Period
- 1434.9 min
- Lowest point
- 35,419 km
- Highest point
- 36,108 km
- Inclination
- 2.99 deg
- Eccentricity
- 0.008169
- Element set epoch
- 2026-08-20 12:30:05 UTC
About this system
Operated by Japan. Tilted orbits keep a satellite high over Japan for long stretches of the day, which helps where buildings or mountains cut off the low sky.
It broadcasts GPS-compatible signals, so an ordinary GPS receiver can use it as it is.
Positioning: L1C/A, L1C, L2C and L5. Augmentation: L1S (sub-metre) and L6 (centimetre).
About the numbers on this page
- Identity and orbit shape are computed from the orbital elements (OMM) published by CelesTrak. They describe the orbit at the element set epoch; the real orbit drifts slowly away from it.
- A satellite launched recently is still moving toward its assigned slot, so its values change from day to day.
- The live position is an SGP4 prediction. Whether the satellite is actually broadcasting a usable signal cannot be told from this calculation.
- The orbit class is decided mechanically from period and inclination, so it may not match the operator's own wording.
CelesTrak GP (OMM) · 2026-08-20