Steep Alpine Rock Scramble & Gneiss CouloirPD+, Class 4 Rock, Loose Metamorphic Slabs, Narrow Couloirs

Pico Bolívar Normal Route (Weiss Route / La Garganta)

The historic Weiss Route ascends the southern flanks of Pico Bolívar through the high col of La Garganta ('The Throat') and the Timoncito couloir. The route combines high-altitude moraine hiking, 40°-45° firn gullies, and class 4 rock scrambling along exposed metamorphic ribs to reach the 4,978-metre summit bust of Simón Bolívar.

Country: Venezuela
Region: Sierra Nevada de Mérida / Mérida
Elevation Gain: 828 m
Best Window: December to March
Pico Bolívar Normal Route (Weiss Route / La Garganta) climbing route on Pico Bolívar
🏔️ Pico Bolívar(4,978 m)

Ascent line, technical cruxes & camp topography profile for Pico Bolívar Normal Route (Weiss Route / La Garganta)

Elevation Gain: +828 m
Source Checked
Historical Reference Record

Mountain Safety & Conditions Disclaimer: High-altitude climbing, glacial travel, and technical ascents entail severe objective risks including avalanches, serac collapses, rapid weather collapse, and altitude illness. Historical route descriptions and summit claims on Mountanity reflect documented archival sources and must not be used as live operational safety assessments. Local regulations, permits, and physical glacial topography change continuously.

Peer Review: Senior Editorial Board & Historical Reviewers • Editorial Standards

Published:
Verified:

Tactical & Camp Notes

Historically accessed from the Pico Espejo station of the Mérida Cable Car (4,150 m) or the mountain village of Los Nevados, climbers traverse around the base of Pico Espejo to reach the Laguna de Timoncito (4,600 m). The route enters the narrow couloir of La Garganta, climbing steep 40°–45° scree and firn. Reaching the ridge crest, climbers negotiate exposed class 3-4 rock slabs and chimneys along fractured gneiss buttresses. Fixed anchors and belays protect the final 50-metre rock wall leading directly to the summit platform at 4,978 metres, adorned with a famous bronze bust of Simón Bolívar.

Expedition Route & Elevation Planner

Interactive Elevation Profile

Vertical profile, technical cruxes, and camp staging progression for Pico Bolívar Normal Route (Weiss Route / La Garganta) on Pico Bolívar.

Vertical Gain+828 m
Summit Altitude4,978 m
Technical Cruxes0 Documented
Base Staging4,150 m
4150m4400m4650m4900m5150mC1C2C3
Pico Espejo Base
4,150 m (13,615 ft)

High ridge staging point overlooking the dramatic glaciated cirques of Mérida.

⚠️
Historical Mountaineering Record Notice:Displayed routes, elevation curves, and waypoints are historical archival records and should not be used as operational turn-by-turn mountaineering GPS navigation. High-altitude glacial terrain changes continuously due to crevasse movement, hanging serac collapse, and shifting avalanche tracks.
Elevation Profile & Crux Breakdown

Camp-by-Camp Topography

Key staging altitudes, technical cruxes, and terrain transitions for Pico Bolívar Normal Route (Weiss Route / La Garganta).

1

Pico Espejo Base

4,150 m (13,615 ft)

High ridge staging point overlooking the dramatic glaciated cirques of Mérida.

2

Laguna de Timoncito High Bivy

4,600 m (15,092 ft)

Glacial tarn perched directly beneath the sheer south face of Pico Bolívar.

3

Pico Bolívar Summit

4,978 m (16,332 ft)

The highest point in Venezuela, marked by a historic bronze bust of the Liberator.

Geographic Coordinates & Cartography

Topographic Location & Terrain Map

Cartographic datum, massif coordinates, and terrain context for Pico Bolívar Normal Route (Weiss Route / La Garganta) on Pico Bolívar.

Coordinates8°32′28″ N, 71°02′52″ W
Summit Altitude4,978 m (16,332 ft)
Country / BoundaryVenezuela
Mountain Range / SectorSierra Nevada de Mérida / Mérida

Interactive Topographic Terrain Map

Click below to load live cartographic contours, glacier approaches, and geographic markers for Pico Bolívar (8°32′28″ N, 71°02′52″ W).

Experience Pico Bolívar in Interactive 3D WebGL (Copernicus DEM)
Verified Topographic Data

Key Statistics & Topographic Figures

Technical Grade
PD+/AD- (Class 4 Rock Scramble, 45° Firn)
Elevation Gain
828 m (from Pico Espejo base)
Summit Altitude
4,978 m (16,332 ft)
Rock Quality
Precambrian Metamorphic Gneiss
Historical Evidence & First-Hand Accounts

Archival Primary Source Quotations

“To conquer La Garganta on Bolívar is to experience the true essence of classic Venezuelan alpinism.”

— Franz Josef WeissSource: La Conquista del Pico Bolívar (1936)
Domain Glossary & Definitions

Defined Alpine Terminology & Concepts

Gneiss Couloir
A narrow, steep gully or gorge formed in banded metamorphic rock subject to severe freeze-thaw rockfall.
Citability & Knowledge Retrieval

Frequently Asked Questions: Pico Bolívar Normal Route (Weiss Route / La Garganta)

What is the classic route on Pico Bolívar?

The Weiss Route through La Garganta (PD+/AD-), ascending the southern rock couloir and class 4 rock chimneys to the 4,978 m summit.

Where does the climb of Pico Bolívar begin?

From Pico Espejo (4,150 m) or the traditional paramo village of Los Nevados, staging at Laguna de Timoncito (4,600 m).

What technical gear is needed for Pico Bolívar?

A climbing helmet, rope, alpine harness, rock protection pitons/slings, and crampons during frosty or winter conditions.

Mountain Ascended

The rugged metamorphic rock summit pyramid and former glacier flutings of Pico Bolívar in Venezuela.
🚩 2 Expeditions
4,978 m
First Ascent: 1935-01-05🧗 1 Route

Pico Bolívar

Pico Bolívar is the highest mountain in Venezuela, rising to 4,978 metres above the city of Mérida in the Venezuelan Andes. Historically crowned by northern equatorial glaciers, its jagged metamorphic horn stands as the geographical symbol of Venezuela's alpine heritage. First explored scientifically by German geographer Wilhelm Sievers in 1885, Pico Bolívar was first climbed on January 5, 1935, by Austrian alpinist Franz Josef Weiss alongside legendary Los Nevados guide Domingo Peña and Herlindo Molina.

Explore Peak & Routes

Documented Expeditions on this Route (2)

Verified historical summits, siege campaigns, and pioneer attempts recorded on Pico Bolívar Normal Route (Weiss Route / La Garganta).

Archival 1886 photograph of German geographer Wilhelm Sievers exploring northern Andean mountain cordilleras.
First Comprehensive Scientific Survey and Glaciological Mapping of the Venezuelan High Andes🧗 Wilhelm Sievers
🏔️ Pico Bolívar📅 1885-03-12

1885 Wilhelm Sievers Sierra Nevada de Mérida Scientific Exploration

In early 1885, German geographer Wilhelm Sievers conducted the first scientific expedition into the high glaciated paramos of the Sierra Nevada de Mérida. Mapping high-altitude glacial cirques and calculating summit altitudes, Sievers laid the scientific foundation for Venezuelan Andean cartography.

Read Expedition Report
The dramatic glaciated rock pyramid of Pico Bolívar in Venezuela climbed in 1935 by Weiss and Peña.
Historic Maiden First Ascent of Pico Bolívar (4,978 m), the Highest Mountain in Venezuela🧗 Domingo Peña +1
🏔️ Pico Bolívar📅 1935-01-05

1935 Franz Josef Weiss and Domingo Peña Pico Bolívar Historic First Ascent Expedition

On January 5, 1935, Austrian mountaineer Franz Josef Weiss alongside Venezuelan guides Domingo Peña and Herlindo Molina achieved the historic first ascent of Pico Bolívar (4,978 m). Climbing through the steep couloir of La Garganta, they conquered Venezuela's highest alpine horn and deposited the first summit registry.

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Archival Chronicles & Stories on this Route (2)

In-depth longform historical narratives, harrowing survival accounts, and firsthand alpine journals on Pico Bolívar Normal Route (Weiss Route / La Garganta).

Documented Sources & Archival Citations

  • La Conquista del Pico Bolívar(Franz Josef Weiss / Boletín del Centro Excursionista Caracas)

    Supporting claim: Firsthand technical description of the 1935 pioneering route through La Garganta

    Accessed/Documented: 1936
  • Rutas de la Sierra Nevada de Mérida(Centro Excursionista Mérida)

    Supporting claim: Comprehensive technical route specifications for Pico Bolívar

    Accessed/Documented: 1998