Every Reason Makalu Is More Dangerous Than Everest

There is a mountain 19 kilometers southeast of Everest that most people have never heard of. It doesn't have Everest's fame, K2's infamy or Kanchenjunga's mythology. It has something else entirely. This is Makalu. 8,485 meters. The fifth highest point on earth. In Tibetan, the name roughly translates to the great black one. And when you look at it, you understand why. While other Himalayan giants wear glaciers across their shoulders, Makalu's four sharp ridges shed ice and snow, exposing dark granite faces that catch the sun like blades. It doesn't look like a mountain you'd underestimate, but climbers often do. According to the Himalayan database, 891 climbers have reached this summit. 51 have died on the mountain. That's a death to summit ratio of roughly 6%. Not the highest among the 14 8000ers, but a number that quietly, persistently adds up. And it tells you almost nothing about what makes this mountain actually dangerous. Makalu doesn't kill like Annapurna, which buries people in avalanches regardless of skill. It doesn't kill like K2, which demands technical perfection on the ascent. Makalu kills through something harder to defend against. Sustained difficulty at extreme altitude over an enormous vertical gain, a route that punishes every error in judgment, and a false summit that psychologically breaks climbers who find out too late that they aren't where they think they are. Most of its dead reach the top first. Today, we fly the entire standard northwest ridge route from base camp to summit. Every section we pass has a story the mountain once buried, with the climbers who experienced it. Most 8000ers are hard to get to. Makalu is hard to get to on purpose. The standard approach begins with a flight to Tumlingtar, a small airstrip in the lowlands of eastern Nepal, followed by a 90-10 day trek through the Barun Valley, one of the most remote drainage systems in the Himalayas. There are no tea houses here, no trekking lodges, no helicopter landing pads conveniently close to camp. The valley rises through subtropical forest and alpine meadow before cutting into the Makalu-Barun National Park, a protected wilderness with a biological diversity that scientists are still mapping. Rare orchids, red pandas, snow leopards, none of which care at all that you're about to attempt one of the most technical mountains on earth. The physical toll of this approach is real. By the time climbers reach Hillary Base Camp at 4870 meters, named after Edmund Hillary, who was active in this area on reconnaissance expeditions in the early 1950s, they have already spent 10 days gaining altitude on rough terrain. They arrive carrying load fatigue before they've touched a rope. And then they look up. Makalu's south face rises directly above camp. A perfect, four-sided pyramid, dark and steep and enormous. There is no ambiguity about what this mountain is going to ask of you. From base camp, a 90-minute walk across rocky glacial moraine brings climbers to what expedition guides call crampon point. The place where the terrain shifts abruptly from loose rock to hard ice and you put on your hardware and start climbing for real. The lower glacier is deceptively flat. You move across it toward the base of the southwest face, navigating hidden crevasses buried beneath snowpack that shows no surface sign of the gaps underneath. Climbers rope up here not because the terrain looks dangerous, but because that's exactly what makes it dangerous. Then the slope breaks upward. The final section before camp one is a 200-meter headwall of steep ice and mixed terrain, the first real vertical of the route. Fixed ropes are mandatory here. It's not technically extreme compared to what comes later, but it arrives early, when climbers are still adjusting to altitude and the weight of their packs. The body hasn't adapted yet. The lungs are already pulling harder than they want to. This is where McAloo announces its character. The mountain will never get easier from here. Every camp is accessed through terrain more demanding than the last. There is no section of this route that lets you coast. The section between camp one and camp two takes two to three hours and carries a specific kind of exhaustion that climbers describe as demoralizing. Soft snow. Hard packed ice is predictable. You front point your crampons into it, your axes bite cleanly, you gain altitude efficiently. Soft snow is the opposite. Each step requires more force to penetrate, offers less grip when you pull up, and hides the crevasses that lace this section of the glacier. The physical output per vertical meter is significantly higher than what the angle suggests. Climbers burning through energy reserves they need for the days above. The middle of this section involves mixed rock and ice passages where the glacier has pulled away from the underlying face, creating gaps and technical moves in terrain that isn't quite ice and isn't quite rock. Each one requires full attention. The fixed rope is there, but a slip in soft snow on a steep face is still a serious event. What this section does to an expedition is cumulative. It's not a place where deaths concentrate. It's a place where the mountain slowly opens a deficit that it will collect on much higher up. Climbers who underestimate this section, who push too hard, who skip a rest day, arrive at Camp 2 already behind on recovery. And on Makalu, you cannot afford to be behind. The climb from Camp 2 to Camp 3 is the longest push on the standard route. Six to eight hours for a strong team, longer for anyone having a bad day, and embedded in it are two technical obstacles that separate Makalu from most other 8000ers. The rock bands. At altitude, rock climbing changes. Hands that move crisply over granite at sea level now feel clumsy in thick expedition gloves. Footwork that's automatic when your mind is sharp becomes unreliable when hypoxia slows your processing. The first rock band is steeper, the second higher and more sustained. Between them, the climbing demands genuine technical competence, not just endurance. Above the second rock band, the route arrives at the Makalu La, the Great Coal at 7400 meters, the saddle between Makalu and its subsidiary peak, Kanchungsay, also called Makalu 2. Camp 3 sits here on a vast, windswept plateau exposed on all sides. The word vast matters. This plateau is so wide and so flat that it carries almost no fixed ropes. Instead, expedition teams mark the route with bamboo wands, thin poles driven into the snow every few meters to mark the path across featureless terrain. In clear weather, this seems like a minor logistical detail. When a storm rolls in and visibility drops to zero, those wands become the only thing keeping you from wandering off the plateau's edge into nothing. Guides who know this mountain well say it plainly, if you miss the wands in a whiteout, there is a very high chance you do not find your way back. Camp 3 is where the death zone begins in earnest. Above 7000 meters, deterioration is no longer theoretical. It is happening continuously to every cell in your body. And the 300 to 400 meter fixed rope section on the descent below Camp 3, back through the upper rock band, tired and exposed, is where the mountain has already made its case about what kind of killer it is. In May 2026, American mountaineer Shelly Johannesson reached the summit of Makalu at 1030 in the morning. She had done everything right. The ascent was complete, but on the descent below Camp 3, a wet slab avalanche broke loose and swept her off the fixed lines. She was killed on the way down. Not on the technical couloir above, not on the false summit ridge, but here, on ropes she had already climbed safely, after the hardest part was supposed to be over. That is the pattern Makalu repeats, in different forms across its entire history. From Camp 3, the route continues northeast across the plateau. Roughly a kilometer of flat, wind-blasted terrain before the mountain rises again. Camp 4 sits at approximately 7800 meters, the last visible campsite before the summit. At this altitude, everything costs more than it should. Boiling water takes minutes longer because the reduced air pressure drops the boiling point. Your body absorbs less nutrition from the food you manage to force down. Sleep is a physiological fiction. You can close your eyes, but meaningful rest at 7800 meters is largely not happening. The oxygen in each breath is roughly a third of what sea level provides. Your blood is thickening, increasing clot risk. Your cognitive function has declined enough that experienced climbers build self-checks into their routines. Counting fingers, reciting dates, anything to monitor whether judgment is still intact. You leave Camp 4 between 10 pm and midnight. The summit is approximately 1100 meters above you, in the dark, in temperatures that routinely drop to minus 30 celsius, with wind chill pushing considerably beyond that. The round trip will take between 14 and 18 hours. In January 2006, French mountaineer Jean-Christophe Lafayelle made his last satellite call to his wife Katia from a small tent at 7600 meters, right here, at the point where the plateau ends and the summit pyramid begins. He had 11 8000ers already to his name, many of them solo or by new routes. He was attempting what had never been done, a solo winter ascent of Makalu, alone on the mountain, except for a cook and two helpers at base camp far below. He told Katia he felt good despite the cold, minus 30 in the tent, no sleep for days. He said he was about to push for the summit. He said he would call again in a few hours. But the call never came. The following spring, an Italian expedition spotted a small red tent at 7600 meters and a broken tent near a sea rack at 7800 meters. It was too dangerous to approach either. Experts believe Lafayelle fell into one of the route's many crevasses. No one knows exactly what happened above that camp or how far he got. The mountain absorbed the answer along with him. This is where Lafayelle was going. This is what he never reached, the French Couloir at 8200 meters. The upper glacier abruptly steepens into a 300 meter gully of mixed rock and ice at 50 to 60 degrees. The only viable breach in McAloo's otherwise impenetrable summit pyramid. The 1955 French expedition identified it, climbed it and named it. 70 years later, everyone follows the same line. Inside the Couloir, the terrain is genuinely technical. Crampon placements on bare granite where the rock has shed its snow, axe placements on ice that alternates between hard blue and rotten. The walls give brief shelter from the wind, which at 8200 meters feels like a mercy. What they don't give shelter from is the rock debris funneled down the same channel from above. You clip every anchor on the fixed rope, you don't pause and you don't look down. This is also the point where oxygen cylinders that left camp 4 full are now running low. Every decision, which anchor to clip next, where to place the next crampon, whether the rock above is stable, is being made by a brain operating at a fraction of its normal capacity. Mistakes at the French Couloir do not have recovery options. For those who come through it, the exit is abrupt. The Couloir opens suddenly onto the summit ridge, the walls fall away on both sides and Everest and Lhotse appear on the horizon, close enough that it seems impossible you're still below them. The sky is everywhere. For a moment, you think you're done. Then you look right. This is where McAloo claims a particular kind of victim. Not through falling ice or sudden storms, but through what the mountain makes you believe. The fall summit is a secondary peak on the northeast ridge that, from most angles of approach, is indistinguishable from the actual summit. Climbers emerging from the French Couloir in hypoxia after 14 hours of climbing, after an entire expedition of physical depletion, many of them see this peak and believe they have arrived. They stop. They take photographs. Some begin to descend. The true summit of McAloo sits 120 meters further along the ridge. An exposed knife-edge traverse at 8400 plus meters with vertical drops on both sides. On a clear day with fresh legs, 120 meters is nothing. After the night you've just had, those 120 meters are a separate mountain. The ridge itself is one of the most spatially terrifying sections of any 8000er. To your left, the Kangsheng face drops approximately 2 kilometers into Tibet. And to your right, McAloo's south face falls an equivalent distance toward Nepal. Between those two drops is a spine of snow, sometimes no wider than a single boot placed lengthwise. There is no margin. There is no option to step off the line to regain balance. You walk it heel to toe with vertical freefall on both sides at an altitude where your balance and judgment are already compromised. Climbers who realize they're on the false summit face a decision that hypoxia makes brutally difficult. Continue on exhausted legs along an exposed ridge or accept what they have and turn around. Those who continue face the same ridge on the descent, now facing the opposite direction on legs that have nothing left. The true summit of McAloo is also notable for something else. It is reportedly the smallest summit platform of all 14 8000ers. You don't arrive at a broad snow dome or a flat ridge crest. You arrive at a pointed apex of rock and ice where there is barely room to stand. The mountain gives you almost nothing at the top, not even a place to rest. Every 8000er has a personality. Everest is crowded. Annapurna is indiscriminate. Avalanches kill regardless of skill. K2 is technically unforgiving in ways that kill on the ascent. McAloo is different. McAloo kills on the way down. The pattern across this mountain's fatality history is almost consistent enough to be a rule. Climbers who make the summit, who survive the rock bands and the couloir and the false summit trap, who reach the actual top of the fifth highest point on earth, they die on the descent. Exhaustion erases the margin. The technical sections that demanded precision going up, demanded again from a body that has nothing left to give. The fixed rope you clipped on the way up is still there, but your hands are clumsier now. The couloir that you navigated in pre-dawn cold is now warming in afternoon sun, with loosening rock and softening ice. In 1955, when Lionel Tourette and John Cousy became the first humans to stand on this summit, they did something remarkable. The entire nine-person French expedition reached the top across three consecutive days. It remains one of the most successful first ascents in Himalayan history. Not because the mountain was easy, but because John Franco's team planned carefully, acclimatized conservatively, and turned nothing into spectacle. 70 years later, the route is the same. The mountain is the same. The darkness you leave Camp 4 in is the same darkness. And the couloir at 8,200 meters, the last satellite call Lafayette made from his tent, the false summit ridge, they are still there, waiting for the next person who underestimates them. McAloo doesn't announce itself. It doesn't need to. The 8,485 meters do the talking. That's it for today. Hit subscribe, drop a like, and tell me in the comments, which part of this route scares you. I'll see you on the next mountain.