Jungfrau 3D Terrain Map & Relief Model
Interactive digital elevation model (DEM) for Jungfrau. Tilt, rotate, and inspect high-altitude summit ridges, glacial cirques, and approach routes in high-resolution 3D WebGL cartography.
The highest railway station in Europe, reached by the Jungfrau Railway through the heart of the Eiger and Mönch. Starting point for the Rottalgrat mountaineer's ascent.
The key col on the south-west ridge where the glacier section ends and the steep rocky Rottalgrat begins.
The airy snow summit of the Jungfrau with panoramic views from the Black Forest to the Monte Rosa massif and Monte Viso.
Total vertical rise from Jungfraujoch Station (Top of Europe) (3,454m) directly to the summit crest.
DMS: 46°32′13″ N, 7°57′45″ E. Verified against alpine geodesy baselines.
The vertical drop to the lowest contour encircling the peak with no higher summit inside it.
Surrounded by lateral moraines, active icefalls, and high glaciated ridges feeding regional river systems.
Topographic Architecture of Jungfrau
The Jungfrau (4,158 m / 13,642 ft) is the third-highest peak in the Bernese Oberland and one of the most iconic mountains in the world, forming the spectacular triumvirate with the Eiger and the Mönch above Grindelwald. Its name, meaning 'Young Woman' or 'Virgin,' was given by medieval monks who saw in the long white snowfields of its south face the outline of a white veil. First climbed on August 3, 1811, by Rudolf and Hieronymus Meyer guided by local chamois hunters Joseph Bortis and Alois Volker, the Jungfrau now hosts the Jungfraujoch, at 3,454 m the highest railway station in Europe, designated a UNESCO World Heritage Site.