Mount Torbert

Mount Torbert

🏔️ Overview

Mount Torbert is a heavily glaciated 11,413-foot (3,479-meter) mountain in south-central Alaska and the highest summit of the Tordrillo Mountains. Rising roughly 85 miles west-northwest of Anchorage, it is one of Alaska’s most topographically prominent mountains despite being far lower than giants such as Denali and Mount Foraker.

Its numbers are remarkable.

Mount Torbert has approximately 8,663 feet (2,640 meters) of topographic prominence and almost 98 miles (157 kilometers) of isolation. Its summit therefore rises with far more independence than many substantially higher mountains.

The peak also has an unusual geological identity. The Tordrillo Mountains contain active volcanic terrain, including nearby Mount Spurr, but Mount Torbert itself is not a volcano. The Alaska Volcano Observatory specifically highlights this distinction because newspaper reports during Mount Spurr’s 1953 eruption incorrectly claimed that Torbert was erupting too.

Mount Torbert was first climbed on May 16, 1964, by John Gardey, George Wichman, Rod Wilson, and Paul B. Crews. Their expedition approached through the Triumvirate Glacier and crossed a high glacial plateau before climbing to the broad summit.

⚡ Fast Facts

Fact	Details
Continent	North America
Country	United States
State	Alaska
Borough	Kenai Peninsula Borough
Mountain Range	Tordrillo Mountains
Greater Mountain System	Alaska Range
Elevation	11,413 ft / 3,479 m
Prominence	Approximately 8,663 ft / 2,640 m
Isolation	Approximately 97.71 mi / 157.25 km
Ultra-Prominent Peak	Yes
Parent Peak	Mount Russell (Alaska)
Nearest Higher Neighbor (NHN)	Mount Russell (Alaska)
Key Col	Houston Pass, approximately 2,750 ft / 838 m
Highest Point Of	Tordrillo Mountains
Indigenous Place Name	T’etniya
First Ascent	May 16, 1964
First Ascenders	John Gardey, George Wichman, Rod Wilson, Paul B. Crews
First-Ascent Approach	Triumvirate Glacier
First West-Side Route	Reported in 1995
Major Glaciers	Triumvirate, Harpoon, Capps
Nearby Volcano	Mount Spurr
Volcanic?	No

The 8,663-foot prominence figure is particularly important. It places Mount Torbert comfortably above the 1,500-meter threshold for an ultra-prominent summit.

📍 Where Is Mount Torbert?

Mount Torbert rises in the Tordrillo Mountains of south-central Alaska.

The summit lies approximately:

• 85 miles west-northwest of Anchorage
• 49 miles northwest of Tyonek
• North of the Chakachatna River region
• West of the Susitna lowlands

The Tordrillo Mountains form a compact but rugged highland west of Cook Inlet and southwest of the central Alaska Range.

Unlike the enormous mountain architecture surrounding Denali and Mount Foraker, the Tordrillos stand comparatively isolated.

That isolation allows Mount Torbert to dominate a vast area of surrounding terrain.

🏔️ Highest Mountain in the Tordrillo Mountains

Mount Torbert is the highest summit in the Tordrillo Mountains.

Other major peaks include:

Mountain	Approximate Elevation
Mount Torbert	11,413 ft
Mount Gerdine	11,258 ft
Mount Talachulitna	About 11,100 ft
Mount Spurr	11,070 ft
Mount Nagishlamina	11,068 ft
Mount Chichantna	10,893 ft

Several summits exceed 11,000 feet, giving the range an impressive high-Alpine character despite its relatively compact dimensions.

Mount Torbert nevertheless stands above all of them.

📏 Elevation

The accepted elevation of Mount Torbert is:

11,413 feet / 3,479 meters

This figure appears in USGS-based topographic data and in historical American Alpine Club climbing accounts.

The summit is broad enough that early climbers described traversing a significant distance across the upper summit field before reaching its highest point.

During the first ascent in 1964, the climbers reached the summit field around noon but required approximately another hour to cross it and stand on the true summit.

📐 Exceptional Topographic Prominence

Mount Torbert has approximately:

8,663 feet / 2,640 meters of clean prominence

Peakbagger gives an optimistic figure of approximately 8,713 feet depending on the exact interpretation of the key saddle.

Its key col is Houston Pass, at approximately 2,750 feet.

This enormous elevation difference between summit and key col demonstrates how independently Mount Torbert rises from the surrounding landscape.

The mountain has greater prominence than many famous 14,000-foot peaks in the contiguous United States.

🌍 An Ultra-Prominent Mountain

A mountain is generally classified as an Ultra when it has at least 1,500 meters—or 4,921 feet—of topographic prominence.

Mount Torbert exceeds that threshold by a wide margin.

Its approximately 2,640 meters of prominence places it among Alaska’s most topographically independent peaks.

This is noteworthy because Torbert’s absolute elevation of 11,413 feet is relatively modest by Alaska standards.

Prominence and elevation measure different things.

Elevation measures height above sea level.

Prominence measures how strongly a summit rises independently from higher terrain.

Mount Torbert excels at the second.

🧭 Nearest Higher Neighbor: Mount Russell

Mount Torbert’s nearest higher neighbor is Mount Russell (Alaska).

Mount Russell reaches 11,670 feet in the Alaska Range to the north.

The distance between Mount Torbert and the first higher terrain is extraordinary:

approximately 97.71 miles / 157.25 kilometers

Few mountains of Torbert’s height possess such enormous isolation.

Peakbagger also identifies Mount Russell as Mount Torbert’s line parent.

This is an especially interesting relationship because Russell is only about 257 feet higher, yet the two summits are separated by almost 100 miles of lower terrain.

🗣️ T’etniya

The Anchorage Indigenous Place Names Project lists T’etniya as the Indigenous place name associated with Mount Torbert.

The project preserves Native names for major geographic features visible from and surrounding the Anchorage region.

Other examples include Indigenous names associated with Denali, Mount Foraker, Mount Susitna, Mount Gerdine, and Mount Spurr.

T’etniya is important because the mountain did not enter human geography only when American surveyors placed it on a map.

Alaska Native peoples knew and named the landscape long before modern USGS exploration.

A reliable translation of T’etniya is not included here because the available place-name source identifies the name but does not provide enough linguistic documentation to support a confident English meaning.

🏷️ How Mount Torbert Got Its English Name

Mount Torbert was named for John B. Torbert, a cartographer with the U.S. Geological Survey.

Torbert died in 1929.

The name was reported by geologist Stephen R. Capps and topographer R. H. Sargent during their mapping of the region and appeared in USGS material around 1929–1930.

The naming reflects the important role USGS surveyors and cartographers played in mapping remote sections of Alaska during the early 20th century.

Capps himself later gave his name to the Capps Glacier, which originates on the Mount Torbert massif.

🗺️ Early Mapping of the Tordrillos

The Tordrillo Mountains remained poorly mapped compared with more accessible portions of Alaska for much of the early territorial period.

J. E. Spurr of the USGS gave the Tordrillo Mountains their modern English range name in 1898, apparently adapting an Indigenous name.

Later expeditions gradually improved maps of the region.

By the late 1920s, Stephen R. Capps and R. H. Sargent had documented glaciers, peaks, river systems, and passes throughout the range.

Their work established many of the geographic names still found on maps today.

🌋 Is Mount Torbert a Volcano?

No.

This is one of the most important corrections to older descriptions of Mount Torbert.

The Tordrillo Mountains contain volcanic terrain, and Mount Spurr is an active volcanic center nearby.

Mount Torbert itself, however, is not a volcano.

The Alaska Volcano Observatory specifically includes Mount Torbert on its list of features that have historically been mistaken for volcanoes.

That misunderstanding became especially widespread in 1953.

🌋 The 1953 “Eruption” That Never Happened

On July 9, 1953, nearby Mount Spurr erupted.

Ash reached Anchorage and temporarily darkened the city.

Early newspaper accounts sensationalized the event.

Some claimed that three or even four volcanoes were erupting simultaneously.

Mount Torbert was named as one of them.

It was not.

The Alaska Volcano Observatory notes that Torbert lies roughly nine miles northwest of Mount Spurr’s summit and approximately eleven miles northwest of Crater Peak, the vent responsible for the 1953 eruption.

Scientists later corrected the reports.

Only the Mount Spurr volcanic system was erupting.

Mount Torbert’s inclusion was a case of mistaken identification during a dramatic and confusing event.

🌋 Mount Torbert vs. Mount Spurr

Mount Torbert and Mount Spurr are close neighbors but geologically different.

Feature	Mount Torbert	Mount Spurr
Elevation	11,413 ft	11,070 ft
Prominence	Approx. 8,663 ft	Approx. 1,900 ft
Highest in Tordrillos	Yes	No
Volcano	No	Yes
Active Volcanic System	No	Yes
NHN	Mount Russell	Mount Torbert

Mount Spurr is slightly lower but volcanically active.

Mount Torbert is higher, more prominent, and geologically part of the older nonvolcanic mountain foundation surrounding the Spurr volcanic complex.

🪨 Geology

The geology of the Tordrillo Mountains is more complicated than the phrase “volcanic range” implies.

USGS work around Mount Spurr describes much of the broader Tordrillo massif as consisting primarily of:

• Older granitic rocks
• Sedimentary rocks
• Tertiary formations
• Smaller amounts of volcanic rock

The Mount Spurr volcanic center was later built upon these older basement rocks.

Mount Torbert belongs to this broader nonvolcanic mountain framework rather than to the active Spurr volcanic edifice.

Tectonic uplift, erosion, and extensive glaciation produced the modern mountain.

🌎 Building the Tordrillo Mountains

The Tordrillo Mountains occupy a tectonically active region of southern Alaska.

The Pacific Plate moves northward and is subducted beneath the North American Plate along the Aleutian subduction zone.

This enormous tectonic system contributes to:

• Crustal deformation
• Earthquakes
• Volcanism
• Mountain uplift

The volcanic arc includes Mount Spurr and other volcanoes extending southwest along Alaska.

Mount Torbert itself is not volcanic, but it stands within this much larger tectonic environment.

❄️ A Heavily Glaciated Mountain

Ice dominates Mount Torbert.

The summit and upper ridges feed several large glacier systems.

Important glaciers include:

• Triumvirate Glacier
• Harpoon Glacier
• Capps Glacier
• Smaller unnamed tributary glaciers and icefields

The mountain’s extensive snowfields and broad summit plateau preserve snow throughout the year.

Glacial movement has carved deeply into its flanks, producing icefalls, crevasses, steep ridges, and broad valleys.

These features define both the appearance of Mount Torbert and the challenge of climbing it.

🧊 Triumvirate Glacier

The Triumvirate Glacier lies on the eastern and northern side of the Mount Torbert region.

It played the central role in the first ascent.

In 1964, Lowell Thomas Jr. flew the climbing team onto the glacier at approximately 4,000 feet.

From there, the climbers skied toward Mount Torbert.

Their route crossed two major glacial steps before reaching a broad plateau around 8,500 feet.

The glacier approach remains a classic example of Alaska Range expedition climbing, where aircraft, skis, ropes, and crampons all play essential roles.

🧊 Harpoon Glacier

The Harpoon Glacier drains the western side of Mount Torbert toward the Nagishlamina River valley.

The glacier was named in 1927 by Stephen Capps and R. H. Sargent.

Its name was inspired by the glacier’s harpoon-like outline on their map.

A later Mount Torbert expedition used Harpoon Glacier to establish the first known ascent from the western side.

The route involved skiing several miles up the glacier before climbing an icefall toward the mountain’s west ridge.

🧊 Capps Glacier

The Capps Glacier also originates on Mount Torbert.

It trends southeast for roughly 24 miles before reaching the upper Chichantna River region.

The glacier was named for Stephen Reid Capps, the USGS geologist who conducted extensive fieldwork in the Tordrillo Mountains.

Capps Glacier is one of the great valley glaciers draining the range and illustrates the enormous amount of ice supported by Mount Torbert and its neighboring peaks.

🏆 First Ascent: 1964

The first confirmed ascent of Mount Torbert occurred on May 16, 1964.

The climbing party consisted of:

• John Gardey
• Dr. George Wichman
• Dr. Rod Wilson
• Paul B. Crews

Lowell Thomas Jr. flew the team from Anchorage to the Triumvirate Glacier on May 14.

The expedition began at approximately 4,000 feet.

The climbers roped together and traveled on skis toward the mountain.

🎿 Climbing Through the Icefalls

The first camp was established near 5,500 feet beneath the first significant icefall.

On May 15, the team climbed approximately another 3,000 vertical feet.

Progress alternated between skis and crampons.

The climbers passed through crevassed glacial terrain before reaching approximately 8,500 feet.

There, the terrain opened onto a broad high plateau leading toward Mount Torbert’s summit.

The following morning brought excellent weather.

The team left camp at approximately 6:30 a.m.

🏔️ The Summit Plateau

The climbers skied across the broad plateau toward the final summit slopes.

Around 10,500 feet, skis were exchanged for crampons.

The final climbing involved:

• Hard ice
• Crevasses
• Poorly bridged openings
• A bergschrund near 11,000 feet

The team reached the summit field around noon.

The highest point was still some distance away.

They spent another hour crossing the summit plateau before finally reaching the true 11,413-foot summit.

Mount Torbert had been climbed.

🧊 A Crevasse Fall on the Descent

The expedition still had to descend through heavily crevassed glacier terrain.

During the descent, Rod Wilson unexpectedly fell approximately 15 feet into a crevasse.

The team successfully extracted him.

They then enjoyed what Crews described as excellent roped skiing back toward camp.

Good conditions allowed the climbers to continue their descent efficiently.

They returned to Anchorage the following day.

The entire expedition demonstrated how quickly a major remote Alaskan mountain could be climbed when aircraft access, weather, snow conditions, and a strong team all aligned.

🏔️ North Summit

Mount Torbert has a significant northern subsidiary summit at roughly 11,100 feet.

During the first ascent, climbers approached the main summit from the Triumvirate Glacier rather than traversing the north summit.

In 1988, Tom Choate, Gary Lawton, Jerry Minick, and Ken Zafren took a different line.

They first climbed the 11,100-foot north peak by its north ridge.

They then continued across the connecting ridge and plateau to Mount Torbert’s 11,413-foot main summit.

The entire outing lasted approximately 39 hours.

🧗 The 1988 Second Ascent

The 1988 expedition was significant because its members believed theirs to be only the second ascent of Mount Torbert.

Lowell Thomas Jr.—the same pilot associated with the 1964 first-ascent expedition—flew the team into the range.

After climbing the north summit and crossing to the main peak, the team encountered poor conditions on the descent.

They were forced to dig a snow cave for shelter.

The expedition illustrates just how infrequently Mount Torbert was climbed during the decades after its first ascent.

🧗 First Ascent from the West

A later expedition reported in the 1995 American Alpine Journal made what its members believed was the first ascent of Mount Torbert from the west and only the third ascent of the mountain overall.

The team included:

• Dave Johnston
• Jim Sprott
• Tom Meacham
• Kneeland Taylor

They began near the terminus of Harpoon Glacier at approximately 2,700 feet.

From there, the climbers skied roughly six miles east toward Mount Torbert.

🧗 Harpoon Glacier & West Ridge

The west-side team established camp near 5,000 feet beneath two icefalls.

They climbed through the western icefall system to approximately 8,500 feet.

The following day they gained the west ridge around 9,300 feet.

Most of the ridge was relatively straightforward, though one section of steep icy snow was exceptionally exposed.

Eventually they reached the broad summit plateau around 10,700 feet.

From there, approximately another mile of travel brought the party to Mount Torbert’s summit.

Clouds obscured the lower landscape, leaving only the surrounding 11,000-foot summits visible above a sea of cloud.

🎿 Ski Mountaineering

Mount Torbert’s huge snowfields and glaciers make it particularly attractive to expert ski mountaineers.

Skis have played an important role since the first ascent.

The 1964 climbers used skis extensively both ascending and descending the glacier.

Later expeditions also combined climbing and skiing.

In 2008, Andrew Wexler, Dylan Taylor, and Joe Stock completed the first full-length ski traverse of the Tordrillo Mountains.

The expedition covered approximately 100 miles and accumulated around 38,000 vertical feet of climbing.

🏔️ 2008 Tordrillo Traverse

During their nine-day journey, the team climbed and skied several of the Tordrillo Mountains’ highest summits.

These included:

• Mount Spurr
• Mount Torbert
• Mount Talachulitna
• Mount Gerdine

The climbers established camp near 7,000 feet on the Triumvirate Glacier below the Mount Torbert plateau.

From there they completed a long day involving Mount Torbert and Mount Talachulitna.

The expedition then continued north across complex glacier terrain.

One major obstacle was an enormous sérac-covered barrier the team called the Great Wall.

🎿 Modern Tordrillo Skiing

Today, the Tordrillo Mountains are internationally known for extreme backcountry and helicopter-assisted skiing.

The region’s combination of:

• Deep maritime snow
• High glaciated peaks
• Long ridges
• Steep couloirs
• Relatively stable spring weather windows

has attracted expert skiers and snowboarders.

Mount Torbert itself remains a substantially more serious objective than ordinary heli-ski terrain.

Its summit approaches require glacier expertise, good acclimatization, route-finding, and the ability to manage crevasse and avalanche hazards.

🌨️ Weather

Mount Torbert lies between interior Alaska and the moisture-rich Cook Inlet region.

Its high elevation intercepts Pacific weather systems.

Conditions can change rapidly.

Possible hazards include:

• Heavy snowfall
• High winds
• Whiteouts
• Rapidly increasing avalanche danger
• Extreme cold
• Poor aircraft visibility

Aircraft-supported expeditions are especially dependent on weather.

Even if climbing conditions are acceptable, clouds or strong wind can prevent a glacier pickup.

⚠️ Avalanche Danger

The Tordrillo Mountains receive substantial snowfall.

Wind can redistribute that snow onto upper slopes and ridges.

Avalanche danger is therefore an important consideration for climbers and ski mountaineers.

High-risk terrain can include:

• Wind-loaded slopes
• Gullies
• Snow-covered glacier benches
• Steep couloirs
• Corniced ridges

Spring may provide more stable conditions, but rapidly rising temperatures can create a different set of problems.

Current avalanche and weather observations are essential.

🧊 Crevasse Hazards

Nearly every established Mount Torbert approach involves glaciers.

Crevasses may be:

• Open and obvious
• Hidden by snow
• Covered by weak bridges
• Located beneath apparently smooth glacier surfaces

The 1964 first-ascent report provides a direct example.

Rod Wilson fell approximately 15 feet into a crevasse during the descent.

Roped glacier travel and crevasse-rescue knowledge are therefore fundamental skills for Mount Torbert expeditions.

🌡️ Altitude

At 11,413 feet, Mount Torbert is not extremely high by Alaska Range standards.

Nevertheless, climbers arriving rapidly from Anchorage or a low-elevation glacier landing can feel the effects of altitude.

Possible symptoms include:

• Headache
• Shortness of breath
• Fatigue
• Poor sleep
• Nausea

Technical difficulty and glacier hazards are generally more significant than altitude itself.

Still, gradual acclimatization can improve both safety and performance.

🥾 Can You Hike Mount Torbert?

No.

Mount Torbert is not a conventional hiking mountain.

There is no maintained trail to its summit.

The established approaches involve extensive travel over:

• Glaciers
• Crevasse fields
• Icefalls
• Snow-covered ridges
• High plateaus

Mountaineering equipment typically includes skis or snowshoes, crampons, ropes, harnesses, ice axes, glacier-rescue equipment, and appropriate avalanche gear.

Reaching the mountain itself usually requires an aircraft-supported expedition or an exceptionally long wilderness approach.

🚁 Access

Aircraft have played an important role in Mount Torbert climbing history.

Lowell Thomas Jr. flew both the 1964 first-ascent team and climbers associated with later exploration of the mountain.

Modern expeditions may use ski-equipped aircraft to reach suitable glacier landing zones.

Landing locations depend heavily on:

• Snow conditions
• Crevasses
• Glacier changes
• Aircraft type
• Weather
• Pilot assessment

No historic landing site should be assumed to remain safe or usable today.

Glaciers evolve constantly.

🏔️ Mount Torbert vs. Mount Russell

Mount Russell (Alaska) is Mount Torbert’s nearest higher neighbor.

Feature	Mount Torbert	Mount Russell
Elevation	11,413 ft	11,670 ft
Prominence	Approx. 8,663 ft	Approx. 5,500+ ft
Isolation	97.71 mi	Approx. 14 mi
Range	Tordrillo Mountains	Alaska Range
Ultra-Prominent	Yes	Yes
First Ascent	1964	1962

Russell is only about 257 feet higher.

Mount Torbert, however, has substantially greater prominence and much greater isolation.

The comparison demonstrates just how independent the Tordrillo Mountains are from the higher central Alaska Range.

🏔️ Nearby Mountains

Mount Spurr

Mount Spurr reaches approximately 11,070 feet southeast of Torbert.

It is an active volcanic complex and one of Alaska’s best-known volcanoes.

Mount Torbert is Mount Spurr’s nearest higher neighbor.

Mount Gerdine

Mount Gerdine reaches approximately 11,258 feet in the northern Tordrillo Mountains.

It is one of the range’s highest nonvolcanic summits.

Mount Talachulitna

Mount Talachulitna rises to roughly 11,100 feet and was climbed and skied during the 2008 full-length Tordrillo traverse.

Mount Nagishlamina

Mount Nagishlamina reaches approximately 11,068 feet west of the central range.

The Harpoon Glacier drains toward the Nagishlamina River valley.

Mount Russell

Mount Russell (Alaska) lies almost 100 miles north and is Mount Torbert’s nearest higher neighbor.

Mount Redoubt

Mount Redoubt is an active volcano southwest of Mount Torbert across the wider Cook Inlet mountain region.

🌍 Why Mount Torbert Is Special

Mount Torbert is easy to overlook among Alaska’s famous peaks.

It is not as high as Denali.

It does not possess Mount Foraker’s enormous summit massif.

And unlike Mount Spurr or Redoubt, it does not periodically make headlines through volcanic eruptions.

Topographically, however, Mount Torbert is exceptional.

Its summit rises more than 8,600 feet above its key col, and nearly 100 miles separate it from higher ground.

It is simultaneously:

• The highest point in the Tordrillo Mountains
• An ultra-prominent summit
• One of Alaska’s most isolated high peaks
• A heavily glaciated expedition mountain
• The source area for major glaciers
• A neighbor of an active volcanic center
• A mountain with both Indigenous and modern cartographic names
• A landmark in Alaska ski-mountaineering history

Its 1953 false-eruption story adds another unusual layer.

Mount Torbert may stand in a volcanic neighborhood, but its own story is one of ice, uplift, extreme prominence, and isolation.

💡 Interesting Facts

• Mount Torbert reaches 11,413 feet.
• It is the highest mountain in the Tordrillo Mountains.
• Its Indigenous place name is T’etniya.
• It was named in English for USGS cartographer John B. Torbert.
• Mount Torbert has approximately 8,663 feet of prominence.
• It qualifies as an ultra-prominent mountain.
• Its isolation is approximately 97.71 miles.
• Mount Russell is its nearest higher neighbor.
• Houston Pass is its key col.
• Mount Torbert is not a volcano.
• Newspapers incorrectly reported it erupting during Mount Spurr’s 1953 eruption.
• Mount Spurr lies only about nine miles from Torbert.
• John Gardey, George Wichman, Rod Wilson, and Paul B. Crews made the first ascent in 1964.
• The first ascent approached by the Triumvirate Glacier.
• Rod Wilson fell into a crevasse during the descent but was successfully rescued.
• The north summit was traversed en route to the main peak during the second known ascent in 1988.
• A later expedition established the first known western route through Harpoon Glacier.
• Mount Torbert was climbed and skied during the first full-length Tordrillo Mountains traverse in 2008.

❓ Frequently Asked Questions

How high is Mount Torbert?

Mount Torbert reaches 11,413 feet (3,479 meters).

Where is Mount Torbert?

It lies in the Tordrillo Mountains of south-central Alaska, approximately 85 miles west-northwest of Anchorage.

What is the highest mountain in the Tordrillo Mountains?

Mount Torbert is the range’s highest summit.

What is Mount Torbert’s nearest higher neighbor?

The nearest higher neighbor is Mount Russell (Alaska), almost 98 miles to the north.

What is Mount Torbert’s parent peak?

Peakbagger identifies Mount Russell (Alaska) as Mount Torbert’s line parent.

How prominent is Mount Torbert?

Peakbagger gives approximately 8,663 feet (2,640 meters) of clean topographic prominence.

Is Mount Torbert an Ultra?

Yes. Its prominence far exceeds the 1,500-meter requirement for an ultra-prominent summit.

What is Mount Torbert’s Indigenous name?

The Anchorage Indigenous Place Names Project identifies T’etniya as the Indigenous place name associated with Mount Torbert.

Who was Mount Torbert named after?

The modern English name honors John B. Torbert, a U.S. Geological Survey cartographer who died in 1929.

Is Mount Torbert a volcano?

No. Despite its location in the volcanic Tordrillo Mountains and proximity to Mount Spurr, Mount Torbert is not itself a volcano.

Did Mount Torbert erupt in 1953?

No. Early newspaper reports incorrectly claimed that it was erupting during the July 1953 eruption of Mount Spurr.

Who first climbed Mount Torbert?

John Gardey, George Wichman, Rod Wilson, and Paul B. Crews made the first confirmed ascent.

When was Mount Torbert first climbed?

The first ascent was completed on May 16, 1964.

What route did the first climbers use?

They approached from the Triumvirate Glacier, climbed through icefalls to a high plateau, and then crossed the summit snowfield to the highest point.

Has Mount Torbert been climbed from the west?

Yes. A later expedition reported in the 1995 American Alpine Journal made what it believed was the first ascent from the west, approaching via Harpoon Glacier and the west ridge.

Can Mount Torbert be skied?

Expert ski mountaineers have climbed and skied Mount Torbert. The mountain was included in the first full-length ski traverse of the Tordrillo Mountains in 2008.

Can you hike Mount Torbert?

No. Mount Torbert is a remote glacier mountaineering objective rather than a hiking summit.

🔗 Related Articles

• Mount Russell (Alaska)
• Mount Spurr
• Mount Redoubt
• Denali
• Mount Foraker
• Mountain Ranges in the U.S.

📚 Sources

• Peakbagger — Mount Torbert
• American Alpine Club — Mount Torbert First Ascent, 1964
• American Alpine Club — Mount Torbert and Other Peaks, Tordrillo Mountains
• American Alpine Club — Mount Torbert from the West
• American Alpine Club — First Full-Length Traverse of the Tordrillo Mountains
• Alaska Volcano Observatory — Mount Torbert and Other Non-Volcanoes
• USGS — Dictionary of Alaska Place Names
• Anchorage Park Foundation — Indigenous Place Names Project
• USGS / Alaska Volcano Observatory — Geology and History of Mount Spurr