Gasherbrum IV 3D Terrain Map & Relief Model
Interactive digital elevation model (DEM) for Gasherbrum IV. Tilt, rotate, and inspect high-altitude summit ridges, glacial cirques, and approach routes in high-resolution 3D WebGL cartography.
Advanced base camp below the great Western Cirque of the Gasherbrums.
First standing bivouac hacked out of a narrow 65-degree ice ramp beneath the central rock shield.
Second hanging bivouac below the vertical yellow marble rock band.
A snow cave where Kurtyka and Schauer endured 48 hours of hurricane winds and hypothermia without food or hot liquids.
The northern apex of the summit crest reached after breaking through the cornice barrier.
Total vertical rise from Gasherbrum Glacier Base (5,400m) directly to the summit crest.
DMS: 35°45′36″ N, 76°37′00″ 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 Gasherbrum IV
Gasherbrum IV, at 7,925 meters (26,001 ft), is the 17th highest mountain on Earth and the 6th highest in Pakistan. Rising dramatically at the head of the Baltoro Glacier, its breathtaking 2,500-meter West Face of sheer limestone and marble—termed 'The Shining Wall'—is regarded as one of the ultimate technical mountaineering challenges on the planet. First climbed in 1958 by Walter Bonatti and Carlo Mauri via the Northeast Ridge, it later saw the legendary 1985 alpine-style ascent of its West Face by Wojciech Kurtyka and Robert Schauer, widely called the 'Climb of the Century'.