Mount Everest is a landmark at 27.988°, 86.925° in Nepal / China. No Earth-observation passes were found in the current short search window across 0 tracked satellites — check the live map for a longer horizon.
Earth's highest peak, where stereo optical and InSAR tasking track glacier change and seasonal snow cover.
No Earth-observation passes were found over Mount Everest in the current short search window. Open the interactive map to search a longer horizon or a wider satellite set.
No satellite passes were found over Mount Everest in the current short search window. Use the PassPrediction map to search a longer horizon or a larger satellite set.
In the next few days, PassPrediction found 0 overpasses over Mount Everest across 0 tracked Earth-observation satellites with fresh orbital elements.
Yes — open Mount Everest on the PassPrediction map, draw or centre an area of interest there, and run a tasking-feasibility search to see which satellites can acquire it and at what off-nadir angle.
Passes are computed for 27.9881°, 86.9250° (Mount Everest, Nepal / China) using real SGP4 propagation of current TLEs.
See passes over other places, browse the satellite catalog and ground stations, or task an acquisition over Mount Everest on the interactive map.