Dude, both ascents and descents on Everest are gnarly, but in different ways. Think of it: a climb to the summit is a brutal, six-week slog. That’s six weeks of battling altitude sickness, navigating crevasses, and managing your resources. The extended time frame just opens you up to more risks.
Going up, you’re looking at:
- Acclimatization: A long and tedious process that can make you feel like crap. Headaches, nausea, fatigue… it’s all part of the game.
- Crevasses: Hidden dangers lurking beneath the snow. One wrong step and you’re history.
- Weather: Everest weather can turn on a dime. Blizzards, whiteouts, high winds… you name it, it can happen.
The descent is much faster, only a couple of days, but that doesn’t make it a walk in the park. You’re exhausted, probably dehydrated, and your judgment is impaired after reaching the summit. Some argue that most fatalities happen on the way down. The descent issues are:
- Exhaustion: You’ve just spent a ton of energy climbing to the top. Now you have to get back down. Your body is screaming.
- Thin air: Even though you’re going down, the air is still thin. Your brain isn’t getting enough oxygen, which can lead to mistakes.
- Increased risk of falls: You’re tired and less focused, making you more prone to tripping or losing your footing.
Bottom line? Whether you’re heading up or down, you’ve got to be dialed in, focused, and super careful. Everest doesn’t give second chances.
Who has climbed the hardest route?
In the realm of pushing human limits on rock, the question of who has truly climbed the hardest route inevitably leads to one legendary name and one infamous climb: Adam Ondra and the route simply known as Silence.
Clocking in at a mind-boggling grade of 9c (or 5.15d), Silence isn’t just difficult; it represents the current pinnacle, the absolute cutting edge of sport climbing. It’s a level so extreme that only a minuscule fraction of the world’s elite climbers can even dream of operating at this capacity.
Located deep within the stunning Hanshelleren cave in Flatanger, Norway, Silence isn’t your typical climb. It’s a brutal, intricate sequence of dynamic movements, unbelievable core tension, and unwavering mental strength, requiring a very specific physical and technical skillset.
As Ondra himself reflected back in 2025, achieving 9c is a feat reserved for an exceptionally small group globally. Furthermore, he emphasized just how unique Silence is. He felt it uniquely suited his particular climbing preferences and style – almost like it was custom-made for him. Conversely, he acknowledged that due to its specific demands, this exact route might not align with the strengths and styles of other top climbers, no matter how strong they are, making his ascent not just about power, but about a perfect, rare synergy between climber and rock.
So, while others are certainly climbing incredibly hard routes, when it comes to that top tier, that almost mythical 9c grade, Ondra remains the only person to have etched his name into history with Silence.
Is there a mountain that cannot be climbed?
Yes, there is a very significant mountain that is considered unclimable due to its sacred status: Mount Kailash.
Located in the remote Ngari Prefecture of Tibet, it’s not about technical difficulty being insurmountable, but rather profound spiritual reverence. Mount Kailash is held sacred by four major religions:
- Hinduism
- Buddhism
- Jainism
- Bon
For millions of followers across these faiths, it is the center of the universe, the abode of deities, or a place of ultimate spiritual significance. As such, climbing on the peak itself is strictly forbidden out of respect.
Instead of summiting, pilgrims perform a Kora (or circumambulation) around the base of the mountain. This difficult trek, often taking several days at high altitude, is considered a highly spiritual act and the proper way to show devotion to Kailash.
The mountain’s distinct shape and its role as the source of several major Asian rivers (including the Indus, Sutlej, Brahmaputra, and Karnali) add to its mystique and importance, solidifying its status as a peak to be revered, not conquered.
Is descending harder than climbing?
From years on the trail, I’d argue that “harder” isn’t quite the right word, but descending certainly presents a different, often more demanding and impactful challenge than climbing.
Think of climbing as a sustained, rhythmic effort – a steady push against gravity that builds aerobic capacity and muscular endurance. Descending, however, is all about *managing* gravity’s pull. It requires constant, often jarring, control and micro-adjustments.
The irregularity of the terrain becomes your primary adversary. Unlike the relatively consistent upward force needed for climbing, each downhill step can be wildly different: a sharp drop requiring heavy eccentric muscle contraction to brake, a patch of loose scree demanding delicate balance and quick footwork, or a slick, uneven rock that forces you to redistribute your weight instantly.
This constant braking and shock absorption puts significant stress on joints, particularly the knees, absorbing impact repeatedly. Your leg muscles, especially the quadriceps, are working differently than on the ascent – lengthening under load to control speed, which is notorious for causing delayed-onset muscle soreness.
Furthermore, maintaining balance becomes a dynamic act of preventing a fall rather than a stable upward movement. Sharp drops, angled slopes, and hidden obstacles all contribute to losing footing, demanding intense focus and taxing your proprioception.
Mentally, descending requires constant vigilance. You’re scanning the ground just ahead, planning each step meticulously, anticipating hazards. This mental fatigue, combined with the physical impact, often leaves hikers feeling more depleted at the trailhead than the ascent did.
It’s why tools like trekking poles are so invaluable on the descent; they help distribute some of the load, provide extra points of contact for balance, and significantly reduce the impact on your lower body joints.
What is the hardest ascent of Everest?
Ah, the hardest ascent of Everest, you ask? Well, for years, the Hillary Step, a formidable feature located between the South Summit and the true summit, presented the greatest technical challenge on the standard Nepal route.
It was a sheer rock face, often covered in ice and snow, demanding expert climbing skills. Before the 2015 earthquake, which significantly altered its structure, this nearly vertical section was a bottleneck for climbers. Imagine, a tight queue at over 8,700 meters, dealing with freezing temperatures, punishing winds, and the ever-present threat of altitude sickness.
The Hillary Step wasn’t just about the difficulty, though. It was about:
- Exposure: Climbers were exposed to a precipitous drop on either side.
- Technical Proficiency: Navigating the icy rock demanded precise ice axe and crampon work.
- Mental Fortitude: The Step was often the final, grueling test before the summit push.
Climbers used fixed ropes and sometimes ladders to ascend, but even with these aids, it was a dangerous and exhausting endeavor.
The impact of the 2015 earthquake changed this. The Step is now reportedly less prominent, though the high altitude and remaining obstacles are still significant.
Regardless of the changes, remember this: the climb to Everest’s summit is a sum of many challenges. While the Hillary Step was a significant part of that sum, other critical factors always remained, including:
- Weather conditions.
- Physical conditioning and acclimatization.
- Risk management.
- The decisions one makes on that death zone.
Why can’t you climb Everest in the summer?
So, you’re dreaming of Everest? Great! But let’s be real: forget summer. I’ve been around the block, and trust me, the monsoon season (June-August) is a big, wet, and frankly, terrifying no-go.
The main reason? Mother Nature throws a tantrum. Think relentless rainfall, the kind that turns everything into a slushy, unstable mess. High humidity? You’ll be sweating in your down jacket. The biggest issue? Avalanches and landslides. Seriously dangerous, and they happen with alarming regularity during this period.
Visibility is another major issue. Forget those iconic photos of the summit with crystal-clear skies. During the monsoon, fog and clouds roll in, turning the mountain into a ghostly, disorienting maze. Navigation becomes incredibly difficult, and rescues, nearly impossible.
Now, some might say, “But what about the winds?” Well, while the infamous jet stream tends to take a break, the monsoon winds can still be fierce and unpredictable. Not ideal when you’re dangling on a rope at 8,000 meters.
Then there’s the logistics. Even getting *to* Everest becomes a headache. Flights to Lukla (the gateway) are often delayed or cancelled due to poor weather. Believe me, you don’t want to be stuck in a tent, waiting for a break in the clouds.
The short of it? If you’re serious about climbing Everest, you need to aim for the pre-monsoon or post-monsoon windows: April-May and September-October. That’s when you’ll have the best chance of making it to the top… and back down again in one piece.
Do you drop backwards on Expedition Everest?
Absolutely. On Expedition Everest, your ascent is dramatically interrupted when you discover the track ahead has been violently torn apart. With no path forward, prepare for the unexpected reversal.
This is precisely where you plummet backward into the mountain’s depths. You are plunged into near total darkness, away from the sabotaged summit route, adding to the disorienting intensity of the situation.
Within that dark, cavernous space, the heart of the legend is revealed. It’s during this thrilling backward descent that the massive, shadowy form of the Yeti makes his roaring presence known, a terrifying guardian of the peak.
This sudden, backward freefall and the subsequent encounter are critical to the narrative – creating the urgent sensation of needing to escape the mountain and the creature that claims it. It’s a signature, unforgettable moment on this adventure within Disney’s Animal Kingdom, bringing the wild tales of the Himalayas vividly to life.
Has anyone climbed a 5.15 d?
Yes, absolutely.
The benchmark 5.15d grade, once considered almost theoretical, was indeed achieved by the incredible Adam Ondra.
In a truly monumental and world-changing ascent on September 3, 2017, Ondra completed the first climb of a route he christened “Silence”.
This historic route is located in the awe-inspiring Hanshelleren cave in Flatanger, Norway, a destination globally recognized for its steep, challenging rock.
Ondra dedicated years of his life, involving numerous trips and intense, highly specific physical and mental training, to conquer this project, highlighting the immense commitment required for such a feat.
Silence stands as the world’s first confirmed 5.15d, representing the absolute cutting edge of sport climbing difficulty and pushing the boundaries of human capability on rock.
Did someone try to snowboard down Everest?
Oh yes, the question of pushing the limits on Everest extends beyond just reaching the summit. There’s a gripping, and ultimately tragic, story specifically about attempting to snowboard down it.
The name intrinsically linked to this feat is that of young French snowboarder Marco Siffredi. In 2001, he achieved a groundbreaking first by successfully descending Mount Everest on a snowboard. His historic route took him down the challenging Norton Couloir, a monumental accomplishment requiring immense skill and nerve on the world’s most unforgiving slope.
However, Siffredi’s drive led him back to the mountain. In 2002, after summiting Everest for a second time, he attempted an even more ambitious and perilous descent via the notorious Hornbein Couloir. He vanished during this attempt, a somber testament to the mountain’s inherent dangers. His body has never been recovered from the vast, treacherous expanses of Everest.
Can you glide down from Everest?
Absolutely! Gliding off the top of the world? Sounds like something straight out of an action movie, but incredible adventurers have indeed pulled it off.
The pioneer who first managed this unbelievable feat was French alpinist and pilot Jean-Marc Boivin. Back in 1988, he made history by being the first person to successfully paraglide down from near the Everest summit. Imagine launching from that altitude – the air is incredibly thin, the conditions are brutal, but he did it! He reportedly made the descent in something like 11-12 minutes, a mind-blowing alternative to days of climbing down.
Then, taking the concept of a descent to an entirely new level, you have the Nepali duo Sano Babu Sunuwar and Lakpa Tsheri Sherpa. In 2011, they didn’t just paraglide off the Everest summit (which is insane enough on its own); they then continued their journey by kayaking down the rivers, following the Ganges system all the way to the Indian Ocean. Talk about an ultimate “highest peak to lowest point” expedition – it set a unique record for that incredible land-to-sea adventure.
Attempting to paraglide from Everest is on a completely different scale than regular paragliding. You’re dealing with extreme altitude, unpredictable high-altitude winds, temperatures that can instantly freeze exposed skin, and of course, you have to actually get yourself and all that gear up there in the first place. It requires immense skill, meticulous planning, and a serious tolerance for risk – not to mention getting the necessary permits, which are extremely hard to come by for such attempts today.
Why is it difficult to ascend on a staircase than descending?
Navigating staircases, whether the ancient stone steps of Machu Picchu or the steep climbs within European clock towers, quickly reveals a fundamental truth: ascending is a significantly more demanding task than descending.
The primary physiological difference lies in the muscle contraction patterns your legs employ. When you climb up, your key leg muscles, like the quadriceps (knee extensors), perform concentric contractions. This means they shorten under load to actively lift your body weight against gravity. This type of work requires substantial energy expenditure per step.
Conversely, during descent, these same muscles primarily engage in eccentric contractions. Here, the muscles lengthen under tension, acting as brakes to control your speed as gravity pulls you down. While eccentric work can sometimes lead to greater muscle soreness afterwards (DOMS), the immediate metabolic cost per step is typically lower than the powerful lifting required for ascent.
Furthermore, the simple physics of movement against gravity is key. Ascending involves continuously raising your entire body’s center of gravity upward, directly working against gravitational force. Descending utilizes gravity’s pull, with your muscles primarily providing controlled resistance rather than performing net positive work to lift mass.
Consider these points:
- Ascent is a high-intensity cardio and strength exercise focused on overcoming resistance (gravity).
- Descent is more about control, balance, and absorbing impact.
- The energy burned per minute is significantly higher when going up compared to going down.
This combination of requiring powerful concentric muscle action to lift weight against gravity is what makes the climb so much more taxing than the controlled descent.
Who has climbed a V17?
Alright, talking V17 means we’re hitting the pinnacle of bouldering difficulty – seriously next level!
The name that pops up first is Shawn Raboutou. This guy made history in 2025 by being the first to send not one, but *two* problems graded V17!
First up is Megatron, a monster line in the USA, specifically known to be in the incredible climbing area of Eldorado Canyon, Colorado. Hamish McArthur pulled off an awesome repeat of Megatron in 2025.
Then there’s Alphane, located in the stunning bouldering paradise of Switzerland, in the Chironico area of Ticino. Alphane has seen some epic repeat ascents from a lineup of other top-tier climbers: Aidan Roberts, Will Bosi, Simon Lorenzi, Jakob Schubert, and Sean Bailey.
What is the actual hardest mountain to climb?
Looking at the hardest alpine climbs, it’s not just about sheer height; it’s the combination of technical difficulty, objective hazards, and the sheer commitment required.
First up, K2 (28,251 ft / 8611m) in Pakistan/China. Often called the ‘Savage Mountain’ for good reason. It’s steeper, technically harder than Everest on pretty much any route, and the weather is notoriously brutal and unpredictable. The Bottleneck, a narrow couloir threatened by a massive serac, is just one of its many terrifying challenges.
Kangchenjunga (28,169 ft / 8586m) on the Nepal/India border is the third highest. It sees less traffic than the very highest, which adds to the challenge – fewer fixed ropes, fewer people to potentially assist. Known for complex route finding, unpredictable weather shifts, and significant avalanche danger, especially on the upper slopes.
Nanga Parbat (26,660 ft / 8126m) in Pakistan earned the moniker ‘Killer Mountain’ early on. Its immense faces, like the Rupal Face, present massive scale and terrifying objective hazards including frequent, huge avalanches and rockfall. It demands relentless effort at extreme altitude with little respite.
Annapurna I (26,545 ft / 8091m) in Nepal. Don’t let its ranking as the tenth highest fool you. By historical fatality rate among those who reached the summit, it’s arguably the most dangerous 8000er. It’s an avalanche alley, particularly on the classic North Face. The South Face is legendary for its extreme technical difficulty and exposure, a true test piece.
Masherbrum (K1) (25,660 ft / 7821m) in Pakistan. While not an 8000er, Masherbrum is significantly harder than many peaks that are higher. It’s a beast of steep granite and ice, demanding high-level technical climbing skills at significant altitude. Its relative lack of successful ascents compared to its height speaks volumes about its difficulty.
Baintha Brakk (The Ogre) (23,901 ft / 7285m) in Pakistan. Another prime example of height not being the sole measure of difficulty. The Ogre is a cluster of incredibly steep, technical granite spires. Ascending it involves serious rock and mixed climbing at high altitude. It’s defeated many top expeditions and is infamous for the brutal descent experienced by the first successful party.
Is Denali harder than Everest?
Having seen mountains and their challenges across continents, comparing Everest and Denali isn’t simply a matter of altitude. Everest’s undeniable claim is its sheer vertical scale, thrusting into the planet’s thinnest air – the notorious ‘death zone’ above 8,000 meters, a place where survival itself is a constant negotiation requiring supplementary oxygen for most. It is a colossal climb, yes, but often approached via established routes, with vital support systems, fixed ropes, and the incredible, often indispensable, assistance of Sherpas handling much of the heavy lifting and logistics. It is a grand pilgrimage upwards, a test of surviving extreme height with a significant support structure.
Denali, far to the north, presents a challenge defined by a brutal combination of cold, weather, and a profound lack of external support. While not reaching Everest’s stratospheric heights, its latitude means the barometric pressure is significantly lower, making the ‘effective altitude’ feel much higher than the raw numbers suggest. Here, the climb is an expedition demanding absolute self-sufficiency. Every calorie, every litre of fuel, every piece of gear must be hauled by the climber themselves – no Sherpas, no pack animals, just human power dragging sleds and carrying heavy packs up thousands of vertical feet.
The key differences lie in the nature of the hardship. Everest demands acclimatization to unparalleled altitude and managing the inherent risks of the ‘death zone’, but the path is often facilitated. Denali demands a relentless physical and mental grind against extreme cold and savage, unpredictable weather that can pin you down for days. The terrain includes extensive glacier travel, requiring technical skills to navigate crevasses – hidden dangers that demand constant vigilance. It is a test of resilience and self-reliance in a remote, unforgiving environment where you are solely responsible for your own survival and logistics from base to summit and back.
In essence, while Everest is the ultimate challenge of surviving extreme altitude often with logistical support, Denali is the ultimate challenge of complete self-sufficiency against a uniquely harsh climate and terrain. Many seasoned climbers who have tackled both will attest that the physical demands and the sheer, unassisted workload required on Denali often make it feel like the harder climb, despite Everest’s greater height.
What is the 2pm rule on Mount Everest?
Right, the 2 PM rule on Everest is a pretty serious, non-negotiable safety guideline that experienced climbers and expedition leaders live by, especially on summit push day. It basically means that no matter where you are on the mountain – even if you’re just minutes from the summit – you must turn around and start heading down by 2:00 PM.
Why strictly 2 PM? It’s calculated as the absolute latest you can realistically leave the summit (or the high point you’ve reached) and still expect to make it back down to the relative safety of Camp IV (the high camp) before dark and before conditions get truly treacherous. The descent takes a lot longer than people often anticipate due to fatigue, altitude, traffic on the fixed ropes, and the technical terrain.
Ignoring this rule is incredibly dangerous and a common factor in summit day tragedies. The main risks you’re trying to avoid by turning around on time include:
- Rapidly Deteriorating Weather: Afternoon weather on Everest is notoriously bad, with high winds, heavy snow, and zero visibility often sweeping in quickly.
- Descending in the Dark: Navigating the “Death Zone” (above 8,000m) at night is extremely hazardous. Fixed ropes can be hard to find, falls are more likely, and psychological effects of altitude are amplified.
- Running Out of Oxygen: If you’re using bottled oxygen, pushing past the turnaround time significantly increases the risk of depleting your supply before you reach a lower camp.
- Extreme Fatigue and Hypoxia: Your physical and mental resources are completely spent after hours of climbing at extreme altitude. Descending requires immense focus, which is impossible when you’re exhausted and hypoxic.
Think of it as a hard cutoff designed to give you the necessary buffer to get down safely. Missing the summit because you stuck to the 2 PM rule is always the right call; the mountain will still be there, but you might not be if you push your luck.
Is Silence still the hardest route?
From the myriad incredible climbs I’ve witnessed around the globe, “Silence” near Flatanger, Norway, undeniably stands apart.
It remains, still, the undisputed hardest sport climb in the world, graded a revolutionary 5.15d.
This monumental 45-meter route, etched into the spectacular roof of the Hanshelleren Cave, represented a significant leap in climbing difficulty when Adam Ondra first conquered it after years of dedicated effort.
Its sequences are notoriously complex, demanding an unparalleled blend of strength, technique, and endurance.
As of today, no other established route anywhere else on the planet holds this unique 5.15d distinction.
Why do I struggle going down stairs?
Going down stairs or steep trails? Yeah, that’s where the knees really feel it. It’s not just you. The biomechanics are brutal: as you descend, the force pushing on your kneecap (the patellofemoral joint) can be up to 3.5 times your body weight.
Think about that. If you’re 80kg, that’s around 280kg of force concentrating on that relatively small joint surface with every step down. Now, add a hiking pack, and that number climbs even higher. It’s a massive load for a small area, which is why descending is often much harder on the joints than going up, especially when your leg muscles are already fatigued from climbing or a long day on the trail. Your quads are working eccentrically (lengthening under tension) to control the descent, and that puts significant stress right through the knee. Poor technique, muscle weakness, or old injuries just amplify this pressure.
