Kogar Laka

Kogar Laka | Cogar Laka

Cawarong, Zayu, Nyingchi, Tibet, China | Xiong Chaoyang

🏔️ Overview

Kogar Laka is a remote, heavily glaciated mountain in the Meili Snow Mountains near the boundary between southeastern Tibet and northwestern Yunnan, China. Rising to approximately 6,509 meters (21,355 feet), it is the second-highest major summit in the Kawagebo massif, surpassed only by nearby Kawagebo.

The mountain appears under several names, including Cogar Laka, Cogar Lapka, Cogar Lakpa, and Kawagarbo II. These variations reflect differences in transliteration and the limited standardization of place names in this rugged corner of the eastern Tibetan Plateau.

Although Kogar Laka receives little attention compared with its celebrated neighbor, it occupies an exceptional setting. Deep river valleys, dense mountain forests, alpine pastures, steep glaciers, and snow-covered ridges create extraordinary changes in elevation over short distances.

Kogar Laka also holds a notable place in mountaineering history. In February 2015, climbers Marcos Costa and Bruce Normand completed its first documented ascent, reaching the summit by a demanding route involving glacier travel, steep ice, and an exposed eastern ridge.

⚡ Fast Facts

Fact	Details
Continent	Asia
Country	China
State/Province	Tibet Autonomous Region, near the Yunnan boundary
County/Region	Traditionally associated with Zayü County and the Cawarong region; administrative classifications vary between sources
Mountain Range	Meili Snow Mountains; Kawagebo Range; Hengduan Mountains
Parent Peak	Kawagebo
Elevation	6,509 m / 21,355 ft
Prominence	Approximately 1,109 m / 3,638 ft; alternative databases report approximately 1,050–1,057 m
Isolation	Approximately 11.05 km / 6.87 mi
Nearest Higher Neighbor (NHN)	Kawagebo, 6,740 m / 22,113 ft
Coordinates	Approximately 28.5126° N, 98.6066° E
Alternative Names	Cogar Laka, Cogar Lapka, Cogar Lakpa, Kawagarbo II
Chinese Name	错改腊卡
First Documented Ascent	February 2015
First Ascent Climbers	Marcos Costa and Bruce Normand
First Ascent Route	Eastern glacier basin and east ridge
Summit GPS Reading	Approximately 6,516 m / 21,378 ft during the 2015 ascent

📍 Location

Kogar Laka rises near the northern end of the Meili Snow Mountains, a dramatic mountain chain along the frontier between northwestern Yunnan and the Tibet Autonomous Region.

The peak lies within the broader Hengduan Mountains, a vast system of roughly north–south mountain ranges separated by some of Asia’s great rivers. In this part of southwestern China, steep ridges stand between the valleys of the Salween and Mekong, with the upper Yangtze farther east.

Kogar Laka is generally associated with southeastern Tibet and the Cawarong or Tsawarong area. However, mountain databases do not entirely agree on administrative labels. Some place the summit in Tibet, while other references associate it with Yunnan or assign it to a different Tibetan county. This inconsistency reflects the mountain’s location near a complicated provincial boundary and the fact that documented climbing approaches have begun from the Yunnan side.

The mountain’s approximate coordinates place it northwest of Kawagebo, the dominant summit of the massif. Although the two peaks are only about 11 kilometers apart, the landscape between them includes steep ridges, glacier basins, and significant changes in elevation.

📏 Elevation & Prominence

The standard elevation for Kogar Laka is approximately 6,509 meters (21,355 feet). This figure appears in several mountain databases and provides a consistent reference point for comparing the peak with nearby summits.

During the first documented ascent in 2015, however, Marcos Costa and Bruce Normand recorded a summit GPS reading of approximately 6,516 meters (21,378 feet). The seven-meter difference does not necessarily indicate that either figure is incorrect. Handheld GPS measurements, snow depth, mapping methods, and the exact position of the summit can all produce modest differences in reported elevation.

For general geographic purposes, 6,509 meters remains the most widely repeated database figure.

Kogar Laka’s topographic prominence also varies among sources. Peakbagger-based figures place its prominence at approximately 1,109 meters (3,638 feet), while PeakVisor gives approximately 1,057 meters (3,468 feet) and Peakbook lists approximately 1,050 meters (3,445 feet).

These discrepancies usually result from different digital elevation models or differing estimates of the key saddle connecting the mountain to higher terrain. Regardless of the exact figure, Kogar Laka is a substantial independent summit, although it does not reach the 1,500-meter threshold required for classification as an ultra-prominent peak.

Its nearest higher neighbor is Kawagebo, which rises to approximately 6,740 meters. Kawagebo is also identified as Kogar Laka’s topographic parent in PeakVisor’s mountain hierarchy.

For more background on these measurements, see What Is Mountain Prominence? and What Is a Parent Peak?.

🪨 Geology

Kogar Laka belongs to the tectonically complex southeastern margin of the Tibetan Plateau. The broader landscape developed through the continuing interaction of the Indian and Eurasian continental plates, which produced widespread uplift, deformation, faulting, and crustal movement across much of High Asia.

In the Hengduan region, these forces created a series of mountain belts separated by deep river valleys. The terrain was then further shaped by erosion as powerful rivers cut downward through the rising landscape.

The Salween and Mekong are particularly important to the geography around the Kawagebo massif. Their valleys run broadly parallel through steep mountain country, while the ridges between them rise thousands of meters above the river corridors.

Glaciers have also helped sculpt the upper slopes of Kogar Laka. Ice-filled basins, steep headwalls, rocky ridges, and high mountain cols reflect the combined effects of prolonged glaciation, freeze-thaw weathering, and erosion.

The mountain’s first ascent demonstrated just how severe this terrain can be. Climbers encountered loose snow and ice gullies, stonefall-prone slopes, crevasses, cornices, and a heavily glaciated basin beneath the eastern side of the summit.

🌿 Flora & Fauna

Kogar Laka’s summit lies far above the zone where most plants and animals can survive. Nevertheless, the lower valleys and approaches surrounding the Kawagebo massif belong to one of the most biologically diverse mountain regions in temperate Asia.

During their 2015 approach, the first-ascent team traveled through mixed forests containing bamboo and conifers before reaching alpine pastures and glacier-covered terrain. This rapid transition illustrates how dramatically ecosystems change with elevation in the Hengduan Mountains.

Lower slopes can support dense forests, shrubs, ferns, mosses, and other moisture-loving vegetation. Higher elevations contain conifer woodland, rhododendron thickets, alpine meadows, and seasonal grazing areas used by local communities.

The wider Three Parallel Rivers and Kawagebo region supports thousands of plant species, including many species found nowhere else. Rhododendrons are particularly characteristic of the mountain landscape, while forest lichens provide important habitat and food resources for specialized wildlife.

Animals associated with the broader regional ecosystem include musk deer, takin, Asiatic black bears, red pandas, mountain pheasants, and the endangered Yunnan snub-nosed monkey. These species occupy different habitats across the larger mountain region and should not be interpreted as animals regularly encountered on Kogar Laka’s exposed upper slopes.

The ecological importance of this landscape comes from its extraordinary range of environments, from warm river valleys and old-growth forests to alpine pastures, glaciers, and permanently frozen summit terrain.

🥾 Hiking & Climbing Routes

Kogar Laka is not a normal hiking mountain. There is no maintained summit trail, established commercial trekking route, or straightforward climbing itinerary suitable for recreational hikers.

The only well-documented summit route comes from the mountain’s first ascent in February 2015.

The expedition approached from approximately 2,100 meters near the Mekong River. Its members initially traveled through steep forest trails, crossing bamboo and conifer woodland before climbing into summer yak pastures and glaciated terrain.

On the third approach day, they negotiated loose snow and ice gullies reaching approximately 50 degrees. These gullies led to a high saddle of about 5,500 meters between Nairi Denka and another nearby peak.

After additional climbing, downclimbing, and rappelling, the team established a high camp at approximately 5,650 meters beneath Kogar Laka’s eastern side.

The next major obstacle was a steep climb to a saddle around 6,050 meters, where sections of ice reached approximately 60 degrees. From there, the successful climbers followed the mountain’s east ridge.

The upper route included exposed snow slopes, small cornices, crevasses, and a difficult crossing of a bergschrund beneath an overhanging ice bulge. Costa and Normand finally reached the summit crest during deteriorating weather and whiteout conditions.

Any future expedition would require advanced technical mountaineering experience, careful acclimatization, glacier-travel skills, avalanche assessment, reliable local support, and appropriate authorization. Current access conditions and legal requirements must be verified before planning travel.

🏔️ Field Guide Tip: Kogar Laka is a serious expedition objective, not an extension of the better-known sightseeing routes around the Meili Snow Mountains. Travelers interested in the region’s scenery should consider established lower-elevation routes and viewpoints near Kawagebo instead of attempting to approach the summit.

🧗 First Ascent & Mountaineering History

Kogar Laka’s mountaineering history is closely connected to the broader Kawagebo Range, a mountain landscape long known for its difficult terrain, unstable weather, and cultural significance.

American teams reportedly attempted the mountain during expeditions documented in the early 1990s, but those efforts did not reach the summit.

In February 2015, Marcos Costa, Bruce Normand, Kyle Dempster, and Garrett Bradley traveled to the region after earlier climbing activity in Sichuan. Costa and Normand had previously reconnoitered the area in 2014.

The four climbers worked together during the approach and established their high camp beneath the mountain. On an initial summit attempt, severe winds and whiteout conditions forced a retreat after they reached the high saddle leading toward the east ridge.

The following day, Costa and Normand continued toward the summit while Dempster and Bradley remained behind. After negotiating steep ice, exposed ridge terrain, deep snow, and a difficult bergschrund, the two climbers reached the summit.

Their GPS recorded an elevation of approximately 6,516 meters.

In his account for the American Alpine Journal, Normand described the ascent as, to the team’s knowledge, the first successful climb of any summit in the Kawagebo Range.

This documented ascent is particularly important because some mountain databases still show no ascents registered by their own users. An empty database entry should not be mistaken for evidence that Kogar Laka remains unclimbed.

🙏 Sacred Landscape & Local Culture

Kogar Laka stands within the wider mountain landscape associated with Kawagebo, one of the most important sacred peaks in Tibetan Buddhism.

Traditional pilgrimage routes circle the larger Kawagebo massif, connecting villages, high passes, forests, waterfalls, and religious sites. The outer circumambulation covers approximately 150 kilometers and crosses between the Mekong and Salween river systems.

For many Tibetan communities, the surrounding mountains are not simply recreational destinations. They form part of a living religious and cultural landscape shaped by pilgrimage, local traditions, sacred geography, and longstanding relationships between communities and the natural environment.

The main summit of Kawagebo remains unclimbed, and mountaineering on that sacred peak was prohibited following strong local opposition and the devastating 1991 avalanche that killed 17 expedition members.

Kogar Laka’s documented ascent in 2015 demonstrates that its climbing history differs from Kawagebo’s. However, that historical ascent should not be treated as evidence that present-day access is automatically permitted. Regulations, local expectations, administrative requirements, and protected-area restrictions may change.

Visitors should approach the entire region with respect for local communities, pilgrimage practices, and sacred sites.

🌤️ Best Time to Visit

The best time to visit the broader Kawagebo and Meili Snow Mountains region depends on whether the goal is sightseeing, lower-elevation hiking, cultural travel, or technical mountaineering.

Autumn, particularly October and November, often provides some of the clearest mountain views after the summer monsoon. Cooler temperatures and reduced rainfall can improve visibility, although early snow remains possible.

Spring, especially March and April, can also offer favorable conditions for exploring lower valleys and observing seasonal vegetation. Higher elevations may still hold extensive snow.

Summer, generally from May through September, brings stronger monsoon influence. Cloud cover, heavy rainfall, swollen streams, muddy trails, landslides, and poor summit visibility can complicate travel.

Winter can produce exceptionally clear days, but temperatures become severe at higher elevations and storms may create dangerous snow and ice conditions. Kogar Laka’s first ascent took place in February, but the expedition encountered intense winds, whiteout conditions, steep ice, and significant objective hazards.

No season makes Kogar Laka an ordinary hiking destination. For most visitors, the safest and most practical experience involves established viewpoints, local villages, and lower trails elsewhere around the massif.

🧭 Nearby Mountains & Attractions

Kawagebo

Kawagebo rises to approximately 6,740 meters and is the highest summit of the Meili Snow Mountains. It is Kogar Laka’s nearest higher neighbor, topographic parent, and the central sacred mountain of the wider region.

Nairi Denka

Nairi Denka, also spelled Lairi Dingka or Nairi Dengka, rises to approximately 6,379 meters. The 2015 Kogar Laka expedition crossed a high saddle near this neighboring mountain during its approach to the eastern glacier basin.

Mianzimu

Mianzimu reaches approximately 6,054 meters and is one of the most visually distinctive peaks in the Kawagebo massif. Its sharply sculpted form makes it a recognizable feature of the Meili Snow Mountains.

Mingyong Glacier

Mingyong Glacier descends from the Kawagebo massif and is one of the region’s best-known glacial landscapes. UNESCO identifies it as a notable example of a glacier reaching an unusually low elevation for its latitude.

Yubeng Village

Yubeng is a mountain village associated with hiking routes, sacred waterfalls, pilgrimage traditions, and views of the surrounding Meili Snow Mountains. It offers a more accessible way to experience the region without attempting a technical summit.

Damyon

Damyon is a remote 6,324-meter mountain farther north within the broader mountain country of southeastern Tibet. Its nearest higher neighbor is Kogar Laka.

Chagelazi

Chagelazi reaches approximately 6,146 meters and rises farther west within the rugged mountains of southeastern Tibet. Although lower than Kogar Laka, it has greater topographic prominence.

🌎 Conservation

The broader mountain and river landscape surrounding Kogar Laka forms part of an internationally significant region of forests, glaciers, river corridors, and alpine ecosystems.

The Three Parallel Rivers of Yunnan Protected Areas encompasses approximately 1.7 million hectares in northwestern Yunnan. Its protected landscapes include portions of the upper Yangtze, Mekong, and Salween river systems, along with deeply incised gorges and peaks exceeding 6,000 meters.

Kogar Laka itself lies near the Tibetan side of the wider mountain region, so its exact relationship to individual protected-area boundaries should not be assumed without consulting detailed maps. Nevertheless, the mountain belongs to the same larger ecological and geographic landscape.

Conservation concerns across the broader region include hydropower development, transmission infrastructure, habitat fragmentation, expanding tourism, and the effects of climate change on glaciers and mountain ecosystems.

The International Union for Conservation of Nature has also highlighted encouraging improvements in the monitoring and protection of some threatened wildlife, including the Yunnan snub-nosed monkey.

Protecting this landscape requires attention not only to individual peaks but also to forest connectivity, river systems, local livelihoods, cultural traditions, and the ecological relationships linking high mountains with the valleys below.

💡 Fun Facts

Kogar Laka is the second-highest major summit in the Kawagebo massif.
Its commonly reported elevation is 6,509 meters, but the first-ascent team recorded 6,516 meters by GPS.
The mountain is also known as Cogar Laka, Cogar Lapka, Cogar Lakpa, and Kawagarbo II.
Its nearest higher neighbor, Kawagebo, is approximately 231 meters higher.
The first documented summit ascent took place in February 2015.
Marcos Costa and Bruce Normand reached the summit after approaching from a valley around 2,100 meters above sea level.
Their route involved climbing sections of ice reaching approximately 60 degrees.
Kogar Laka’s parent peak, Kawagebo, remains unclimbed.
Some mountain databases show no registered ascents even though the mountain’s successful 2015 climb was documented in the American Alpine Journal.
The wider region contains river gorges approaching 3,000 meters deep and glaciated mountains exceeding 6,000 meters.

❓ FAQ

Where is Kogar Laka?

Kogar Laka lies in the Meili Snow Mountains near the boundary between southeastern Tibet and northwestern Yunnan, China. Sources differ on its precise administrative classification, but the mountain belongs to the broader Kawagebo and Hengduan mountain region.

How high is Kogar Laka?

Kogar Laka is usually listed at 6,509 meters (21,355 feet). During the first documented ascent, climbers recorded a summit GPS reading of approximately 6,516 meters (21,378 feet).

Is Kogar Laka the same as Cogar Lapka?

Yes. Kogar Laka, Cogar Laka, Cogar Lapka, and Cogar Lakpa are alternative spellings or transliterations associated with the same mountain.

What mountain range is Kogar Laka in?

Kogar Laka belongs to the Meili Snow Mountains, also called the Kawagebo Range. This range forms part of the larger Hengduan mountain system.

What is Kogar Laka’s nearest higher neighbor?

Its nearest higher neighbor is Kawagebo, which rises to approximately 6,740 meters and stands southeast of Kogar Laka.

What is Kogar Laka’s prominence?

A Peakbagger-based figure gives approximately 1,109 meters (3,638 feet) of prominence. Other mountain databases report approximately 1,050–1,057 meters, reflecting differences in mapping methods and key-saddle calculations.

Has Kogar Laka been climbed?

Yes. Marcos Costa and Bruce Normand completed the first documented ascent in February 2015.

Who was on the 2015 Kogar Laka expedition?

The expedition included Marcos Costa, Bruce Normand, Kyle Dempster, and Garrett Bradley. Costa and Normand reached the summit, while Dempster and Bradley participated in the approach and support effort.

Can you hike to the summit of Kogar Laka?

No. Kogar Laka is a technical mountaineering objective involving glaciers, steep ice, exposed ridges, crevasses, and severe high-altitude conditions. There is no maintained hiking trail to the summit.

Is Kogar Laka sacred?

Kogar Laka lies within the broader sacred landscape surrounding Kawagebo. However, Kawagebo itself is the principal sacred summit, and specific religious traditions or climbing restrictions associated with Kogar Laka should not be assumed without consulting local communities and current authorities.

Is Kogar Laka an ultra-prominent peak?

No. Even its higher published prominence estimate of approximately 1,109 meters falls below the 1,500-meter threshold required for an ultra-prominent peak.

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