Unsuccessful Attempts

The Most Tragical Unsuccessful Attempts to Scale the World's Highest Peak

Them Had Previously Made This But What Prevented Them From Repeating Their Success

He attempted that climb in 2018. A National photographer came with the team and media would be waiting in New York for a press conference.

On the climb, things started out well. Without the weight of an oxygen tank, he could move more quickly than usual. But once he got closer to the summit, he ran out of reserves. He couldn’t keep his body warm and with no feeling in his hands, he could no longer work his ropes. He found himself free-climbing without a rope over a 8,500 foot drop wobbling along the side of a mountain ridge.

He didn’t make the summit. He told himself it was too cold, that it wasn’t his day. Still, it wasn’t long until he started thinking about what he’d done wrong and what he could have done differently.

“You have to step back and look bigger,” he says.

Mount Everest, at 8,848 metres (29,029 ft) is the world's highest mountain and a particularly desirable peak for mountaineers. Over 375 people have died trying to climb it. The last year without known deaths on the mountain was 1977, a year in which only two people reached the summit.

Most deaths have been attributed to avalanches, injury from fall, ice collapse, exposure, frostbite, or health problems related to conditions on the mountain. Not all bodies have been located, so details on those deaths are not available.

The upper reaches of the mountain are in the death zone. The death zone is a mountaineering term for altitudes above a certain point – around 8,000 m (26,000 ft), or less than 356 millibars (5.16 psi) of atmospheric pressure – where the oxygen level is not sufficient to sustain human life. Many deaths in high-altitude mountaineering have been caused by the effects of the death zone, either directly (loss of vital functions) or indirectly (unwise decisions made under stress or physical weakening leading to accidents). In the death zone, the human body cannot acclimatize, as it uses oxygen faster than it can be replenished. An extended stay in the zone without supplementary oxygen will result in deterioration of bodily functions, loss of consciousness and, ultimately, death.