Nirmal Purja among 10 climbers killed in Broad Peak avalanche in Pakistan

Celebrated Nepali mountaineer Nirmal Purja and nine other climbers were killed after an avalanche swept through their expedition on Pakistan’s Broad Peak, one of the world’s highest and most technically demanding mountains.

The avalanche struck around midday on July 30, 2026, when the international group was climbing at an altitude of approximately 6,600 metres in the Karakoram range of Gilgit-Baltistan. The climbers lost communication immediately after the avalanche, triggering a difficult search involving ground teams, drones and Pakistan Army Aviation helicopters.

Pakistani rescuers recovered three bodies on July 31. They were identified as American climber Sarah Mallory, Omani mountaineer Nadhira Ahmed Abdullah Al Harthy and Nepali climber Pur Bahadur Gurung.

Drone surveillance later located and identified the remaining victims in an inaccessible section of the mountain. Officials confirmed on August 1 that all 10 climbers had died, but the recovery of several bodies remained incomplete because of unstable terrain, high altitude and continuing danger to rescue personnel.

Purja’s expedition company, Elite Exped, confirmed his death and said the other members of the expedition had also not survived. His death at the age of 43 removes one of the most recognisable and influential figures from modern high-altitude mountaineering.

The disaster has also renewed scrutiny of rescue limitations on Pakistan’s 8,000-metre mountains, the growing commercialisation of extreme expeditions and the decisions that climbers and operators must make when conditions deteriorate above the altitude where rapid outside assistance is rarely possible.

What happened when the avalanche struck Nirmal Purja’s Broad Peak expedition on July 30?

The climbing group was moving through a high section of Broad Peak when an avalanche struck around midday on July 30.

Tracking information placed the team at approximately 6,600 metres shortly before communication was lost. The location was above the main lower camps and within terrain where steep snow slopes, crevasses and unstable ice can make both climbing and rescue exceptionally dangerous.

The avalanche appears to have swept the climbers down from their last recorded position. Expedition representatives said the movement was sudden and left no opportunity for the group to communicate or request assistance.

Search teams initially treated the climbers as missing because no direct contact or complete visual confirmation was available. Poor weather complicated helicopter flights, while ground rescuers faced a lengthy and hazardous ascent from lower camps.

Two Pakistan Army Aviation helicopters were deployed as part of the search. Drone footage provided rescuers with information that was difficult to obtain from the air because helicopters could not safely land near the avalanche site.

The first search located several bodies. Three were brought down and formally identified, while additional victims were visible in drone imagery or identified through equipment and their positions on the mountain.

Officials later concluded that there was no possibility of survival. The operation then shifted from search and rescue towards body recovery, evidence collection and support for the victims’ families.

Who were the 10 climbers killed in the Broad Peak avalanche in Gilgit-Baltistan?

The expedition included six Nepali climbers and one person each from Pakistan, Oman, the United States and China.

Nirmal Purja was the best-known member of the group, but the disaster also killed experienced mountain guides and international climbers who had travelled to Pakistan for the Broad Peak expedition.

The three bodies recovered during the initial operation were those of Sarah Mallory from the United States, Nadhira Ahmed Abdullah Al Harthy from Oman and Pur Bahadur Gurung from Nepal.

Nadhira Al Harthy was a prominent Arab mountaineer and the first Omani woman to reach the summit of Mount Everest. Her participation reflected the expanding international community attempting the world’s highest mountains.

Pur Bahadur Gurung was among the experienced Nepali high-altitude professionals working on the expedition. Seven Summit Treks said that three of its Sherpa guides were among the victims.

Pakistani authorities and the companies connected to the expedition were working with foreign governments to confirm identities, inform relatives and organise the repatriation of remains.

The victims’ complete personal and climbing histories were not immediately released. Authorities also needed to avoid announcing identities before relatives received formal notification.

The multinational composition of the team demonstrates Broad Peak’s international attraction. It also creates a complex recovery process involving Pakistani authorities, expedition companies, embassies, insurers and families across several countries.

Why has recovering the remaining Broad Peak avalanche victims become so difficult?

Broad Peak rises to 8,051 metres and is the world’s 12th-highest mountain. Its upper sections contain steep slopes, exposed traverses, crevasses and rapidly changing snow conditions.

The victims were located at a high and difficult site where a helicopter could not simply land and collect them. Reduced air density limits helicopter performance, including the weight that an aircraft can carry and its ability to hover safely.

Nepal has developed experience with long-line helicopter operations in which rescuers or loads are suspended beneath an aircraft. Pakistani mountaineering officials said that this technique is not routinely practised on Pakistan’s high mountains.

That limitation means ground rescuers may need to climb towards the avalanche site, secure each body and lower it through dangerous terrain. The process can take days and exposes rescuers to the same avalanche, fall and altitude risks that killed the expedition.

Weather creates another obstacle. Cloud, snowfall, high winds and poor visibility can prevent helicopter operations with little warning.

Fresh snow can also conceal crevasses and increase the possibility of secondary avalanches. Rescue leaders must continuously determine whether recovering a body is worth placing additional lives in immediate danger.

Drones have become essential because they can reach areas where helicopters cannot hover or rescuers cannot safely move. They can identify locations, assess terrain and help teams plan a possible recovery route.

Drone confirmation does not make retrieval simple. The victims remained in an unstable section where every person entering the area would need ropes, high-altitude equipment, acclimatisation and an emergency escape plan.

Why was Nirmal Purja one of the most influential climbers of the modern era?

Nirmal Purja became internationally known through Project Possible, his 2019 campaign to climb all 14 mountains higher than 8,000 metres in a single season.

He completed the challenge in 189 days, dramatically reducing the time previously required to summit every 8,000-metre peak. His achievement relied on intensive planning, rapid travel between mountain ranges, supplementary oxygen and a strong team of Nepali climbers.

The expedition was documented in the film 14 Peaks: Nothing Is Impossible, introducing Purja and the work of Nepali high-altitude professionals to a much larger global audience.

Before becoming a full-time mountaineer, Purja served in the British military. He joined the Brigade of Gurkhas and later served with the Special Boat Service, a British special forces unit.

He received an MBE for services connected to high-altitude mountaineering. His military experience influenced the discipline, speed and logistical organisation associated with his expeditions.

Purja also participated in the first successful winter ascent of K2 in January 2021 as part of an all-Nepali team. The climbers reached the summit together, making the ascent a major moment in Nepal’s mountaineering history.

His supporters credited him with challenging assumptions about what was physically and logistically possible on the world’s highest mountains. He also used his visibility to highlight the role of Nepali guides, who had often received less recognition than foreign expedition leaders.

At the time of the Broad Peak disaster, Purja was continuing to pursue ambitious high-altitude objectives, including further ascents of the 14 highest mountains without relying on supplementary oxygen.

Why is Broad Peak considered dangerous despite being less famous than K2 and Everest?

Broad Peak stands close to K2 in Pakistan’s Karakoram range and forms part of one of the most concentrated regions of extreme high-altitude climbing in the world.

The mountain’s name comes from its long summit ridge, which can create uncertainty about whether climbers have reached the highest point or only a lower fore-summit.

Although its standard route is sometimes described as less technically complex than K2, Broad Peak remains an 8,000-metre mountain where small mistakes, sudden weather changes and unstable snow can become fatal.

Climbers above 8,000 metres enter what is commonly called the death zone. Oxygen levels are too low for the human body to function normally for extended periods, reducing judgement, strength and recovery capacity.

The avalanche struck below the summit zone but at an altitude where movement and rescue were already severely restricted. Even experienced climbers can be unable to outrun or survive a large slab of moving snow.

Broad Peak’s location creates additional logistical difficulty. Expeditions must travel through remote valleys and glaciers before reaching base camp, while rescue aircraft operate from facilities around Skardu.

Weather systems in the Karakoram can develop rapidly and remain difficult to forecast precisely. Wind and snowfall at one elevation may differ considerably from conditions at base camp or nearby mountains.

The July 30 disaster therefore should not be interpreted as evidence that the expedition lacked experience. It demonstrates that expertise reduces risk but cannot eliminate the natural hazards present on an 8,000-metre mountain.

Could weather forecasting or expedition decisions have prevented the Broad Peak tragedy?

Officials had not released a final investigation establishing why the avalanche occurred or whether it could have been anticipated.

Avalanches can result from recent snowfall, wind-loaded slopes, changing temperatures and weak layers hidden beneath the surface. A slope may appear stable before a small change triggers a large release.

Expedition leaders normally assess weather forecasts, recent snowfall, wind direction and observations from climbers already on the route. Those assessments are difficult because reliable local data may be limited and conditions can vary across short distances.

Reports indicated that bad weather had affected the region and later restricted rescue operations. The presence of dangerous weather after the avalanche does not by itself establish that the expedition ignored a clear warning before beginning the climb.

Investigators and expedition companies may examine whether other teams had delayed or abandoned summit attempts, what forecasts were available and how conditions changed during the ascent.

The position of the climbers at the time of the avalanche will also matter. A team may have limited options if unstable snow develops after it has already moved above a camp.

High-altitude expeditions operate within narrow weather windows. Delaying too long may end an entire season, but moving during uncertain conditions can increase exposure to avalanche and storm risks.

The responsibility of operators is to ensure that commercial pressure, client expectations or record attempts do not override clear safety signals. The available information does not yet establish that this happened on Broad Peak.

What does the disaster reveal about Pakistan’s high-altitude rescue capabilities?

Pakistan contains five of the world’s 14 mountains above 8,000 metres, including K2, Nanga Parbat, Gasherbrum I, Gasherbrum II and Broad Peak.

These mountains attract international expeditions and generate income for guides, porters, hotels, transport companies and communities across Gilgit-Baltistan.

Rescue capacity has not expanded at the same pace as the number and ambition of high-altitude expeditions. Pakistan Army Aviation remains central to emergency helicopter operations in remote mountain regions.

Military helicopters and pilots have conducted difficult rescues at high altitude, but aircraft performance, landing zones and weather impose strict limits.

The absence of a routinely available long-line rescue system becomes critical when climbers are located on steep terrain where a helicopter cannot land.

Pakistan may need to consider specialised training, aircraft equipment and partnerships with experienced international mountain-rescue teams. Such investment would need to address rescue personnel, communications, insurance and the cost of maintaining readiness throughout the climbing season.

Expedition operators should also maintain clear rescue plans before teams leave base camp. Those plans must define who can provide helicopters, how payment is guaranteed and which teams can conduct technical ground retrievals.

Improved rescue capability cannot guarantee survival after a major avalanche. It can, however, reduce delays when injured climbers remain alive or when rescuers need to reach an accident site quickly.

How could the deaths affect commercial mountaineering and Pakistan’s adventure tourism industry?

Pakistan has promoted mountain tourism as a source of foreign exchange and regional employment. Broad Peak and neighbouring K2 attract climbers willing to spend substantial amounts on permits, guides, transport and expedition logistics.

A disaster involving a globally recognised climber will increase international attention on expedition safety and rescue preparedness.

Some climbers may reconsider future plans, particularly when insurance policies, helicopter availability and body-recovery arrangements remain uncertain.

The tragedy could also encourage stronger demand for experienced Nepali and Pakistani guides. Clients may place greater value on companies that disclose weather protocols, oxygen policies, rescue agreements and staff qualifications.

Government regulators may review expedition permits and emergency plans. Permit approval could require clearer proof of insurance, satellite communication and access to trained rescue teams.

Commercial operators will need to demonstrate that safety decisions remain independent from financial pressure. A company may lose substantial revenue when an expedition turns back, but continuing under unsafe conditions can cause far greater human and reputational damage.

Pakistan should avoid responding through restrictions that unnecessarily damage mountain tourism. The more effective approach would be to strengthen forecasting, communications, training and rescue infrastructure.

Broad Peak will remain attractive because of its height, history and proximity to K2. The central question is whether the systems supporting expeditions can match the growing scale and complexity of modern high-altitude climbing.

What happens next as rescuers attempt to recover the remaining climbers?

Pakistani authorities must decide when weather and snow conditions permit ground teams to approach the avalanche site safely.

The positions identified through drone footage can help rescuers plan routes, determine equipment needs and estimate how long retrieval may take.

Recovery teams may need to establish fixed ropes, move between camps and lower the victims through several sections before helicopters can transport them from a safer altitude.

The operation could be delayed or suspended if further snowfall creates a serious avalanche threat. Officials have made clear that the safety of rescuers must take priority.

Authorities will continue coordinating with Nepal, Oman, the United States, China and the families of the Pakistani victim.

Expedition organisers and climbing companies will be expected to provide records showing the team’s route, communications, weather information and decisions before the avalanche.

A formal accident inquiry may not produce a single cause. High-altitude disasters often result from a combination of weather, terrain, snow conditions and unavoidable exposure.

The immediate task is to recover the victims with dignity without creating another emergency. The longer-term responsibility is to determine what Pakistan’s mountaineering industry, expedition operators and rescue services can learn from the loss.

What are the key takeaways from the Broad Peak avalanche that killed Nirmal Purja?

• Nirmal Purja and nine other climbers were confirmed dead after an avalanche struck their expedition around midday on July 30, 2026, at approximately 6,600 metres on Pakistan’s Broad Peak.
• Broad Peak rises to 8,051 metres in the Karakoram range of Gilgit-Baltistan and is the world’s 12th-highest mountain, with extreme altitude, unstable snow and rapidly changing weather creating persistent risks.
• Six victims were Nepali, while the remaining climbers came from Pakistan, Oman, the United States and China, making the disaster a multinational tragedy requiring coordination across several governments.
• Pakistani rescuers recovered the bodies of Sarah Mallory, Nadhira Ahmed Abdullah Al Harthy and Pur Bahadur Gurung on July 31 before worsening weather interrupted helicopter and ground operations.
• Drone footage located and identified the remaining victims, but rescuers said the bodies were positioned in difficult and unstable terrain where retrieval could place additional personnel in immediate danger.
• Nirmal Purja became internationally known after climbing all 14 mountains above 8,000 metres in 189 days during 2019 and appearing in the documentary 14 Peaks: Nothing Is Impossible.
• Pakistan Army Aviation deployed two rescue helicopters, but officials acknowledged that Pakistan does not routinely conduct the long-line helicopter operations used during some high-altitude rescues in Nepal.
• The disaster is likely to intensify demands for stronger forecasting, expedition oversight, insurance requirements, satellite communication and specialised rescue capabilities across Pakistan’s growing high-altitude tourism industry.