Can you see Mount Everest from Kathmandu (Swayambhunath)?
164 km line of sight toward the east (bearing 79°), computed on 30 m Copernicus terrain with Earth curvature and standard atmospheric refraction.

The line of sight from Kathmandu (Swayambhunath) toward Mount Everest dies 115 km along the path, where the Rolwaling Himal ridge rising to 6,403 m cuts across it. Behind that ridge, the target ends up about 356 m below the grazing sightline. To see Mount Everest, you would need a higher observation point — or a different angle entirely.
That is exactly why Kathmandu's classic Everest viewpoints — Nagarkot, Chandragiri, the mountain flight — all get you above or past the nearer ridges: from the valley itself, a 6,400-metre wall stands in the way.
The line on the map

The terrain profile
Frequently asked questions
Can you see Mount Everest from Kathmandu (Swayambhunath)?
No — not under standard atmospheric conditions. Across 164 km, the view is cut off before reaching the target (see the terrain profile above for exactly where).
How far is Mount Everest from Kathmandu (Swayambhunath) in a straight line?
164 km great-circle distance, on a bearing of 79° (east).
What exactly blocks the view?
High ground about 115 km along the path, rising to 6,403 m, cuts the sightline; the target ends up about 356 m below the grazing line.
How was this calculated?
UpToWhere walks the full terrain profile between the two points on 30 m-resolution Copernicus GLO-30 elevation data, applying Earth curvature and standard atmospheric refraction (k = 0.13) — the same physics surveyors use. You can run the same point-to-point check between any two places on Earth.
More famous sightlines
- YES · 536 kmCan you see the Kunlun ridge on the India–China border from Pik Dankova, Tian Shan?
- YES · 175 kmCan you see Mount Everest from Tiger Hill, Darjeeling?
- YES · 105 kmCan you see Mount Fuji from Tokyo Skytree?
Wondering about a different pair?
The free calculator shows how far you can see from any point on Earth. Pro adds point-to-point checks — this exact analysis, between any two places you choose.
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