Mount Annapurna, the mighty mountain sitting in the heart of Nepal, is a real stunner – and a total nightmare for climbers. Not only is it a feast for the eyes, but it’s also a technically-challenging beast that has earned a bad rep among climbers. For decades, Annapurna I (8,091m) has been considered one of the most hazardous mountains in the Himalayas, and the numbers back it up.

High fatality rates, avalanche-prone terrain and complex routes are just a few reasons why early climbing records showed that Annapurna I had a higher proportion of fatalities compared to many other 8,000 meter peaks. This is why it’s often labeled as one of the deadliest of the world’s tallest mountains.

Is Annapurna I the Most Deadly 8,000-meter Peak?

If you’ve ever searched for “Annapurna death rate” online, you’ve probably come across some pretty scary stats – 30%, 40% , even headlines calling it the most dangerous mountain on Earth. But you’ve probably also seen those stats without any context.

The thing is, most articles don’t explain very clearly what they’re talking about.

When people say “Annapurna”, they could mean:

• Annapurna I (8,091m) – a technically challenging 8,000-meter peak with a reputation for avalanches and high fatality rates. Or,
• The Annapurna trekking region – which includes the Annapurna Circuit and Annapurna Base Camp (ABC) – a non-technical high-altitude trek that thousands of people do every year without incident.

Those are two very different things.

And it’s mixing them up that’s where a lot of confusion – and fear – comes from.

So before getting into the nitty-gritty of summit numbers and fatality ratios, here’s the key thing to remember:

Annapurna I’s historical climbing death rate is not the same thing as the risk you face on a trek in the Annapurna region.

In this guide, we’re going to break down:

• The real historical death rate of Annapurna I
• How that risk has changed in recent years
• The difference between climbing fatalities and trekking safety
• Why Annapurna’s bad rep is often way off the mark
• And whether you should actually be worried if you’re planning a trek

We’re going to separate fact from fiction, and fear from reality.

What is the Death Rate of Annapurna I?

When people search “Mount Annapurna death rate,” they’re usually talking about Annapurna I (8,091m) – the 8,000-meter summit climb – not the trekking routes. That makes a big difference because:

• Summit statistics come from expedition outcomes on a technical 8,000m peak
• Trekking safety is about marked trails, villages, lodges and much lower exposure to objective mountaineering hazards

So throughout this guide, whenever we say “death rate”, we’re talking about Annapurna I summit climbing unless stated otherwise.

Accidents on Annapurna I Summit Climb

Year	Name	Nationality	Cause
2025	Ngima Tashi Sherpa	Nepal	Avalanche
2025	Rima Rinje Sherpa	Nepal	Avalanche
2023	Noel Hanna	Ireland	Exposure
2019	Wui Kin Chin	Unknown	Hypothermia/Frostbite
2015	Pemba Sherpa	Nepal	Fall
2015	Samuli Mansikka	Finland	Fall
2012	Iljas Tukhvatullin	Russia	Avalanche
2012	Ivan Lobanov	Russia	Avalanche
2012	Tibor Horváth	Hungary	Avalanche
2011	Dong-min Shin	South Korea	Unknown
2011	Ki-seok Kang	South Korea	Unknown
2011	Young-seok Park	South Korea	Unknown
2010	Tolo Calafat	Spain	Exhaustion / HACE
2009	Martin Minařík	Czech Republic	Crevasse Fall

Historical Death Rate of Annapurna I (The Summit Climb)

Annapurna I got its bad rep in the early days of mountaineering.

The first people to climb it did so back in 1950. And for decades after that, it had one of the highest fatality-to-summit ratios of any 8,000 meter peak.

A Quick Look at the Past (Historical Data)

Period	Approx. Summits	Approx. Deaths	Estimated  Fatality Ratio
1950–1980	~50	~19	~38%
1981–2000	~80	~24	~30%
2001–2010	~60	~15	~25%
2011–2023	300+	~20	<10%
Overall  Historical	600+	70+	~12–15%  cumulative

Why the Early Death Rate Was so Extremely High

Going way back:

• Forecasting avalanches was hamstrung by lack of data
• Weather forecasting was pretty rough
• Climbers had to work with pretty basic fixed rope systems
• Helicopter rescues only happened in the most extreme cases
• Oxygen equipment was far from reliable

And it was because of all these limitations that Annapurna’s fatality ratio used to hover around 30-40%

That’s where the “deadliest mountain” label came from – but that was all a few decades ago

What “Death Rate” Actually Means

So – when you read that “Annapurna has a 30% death rate” or “Annapurna’s fatality rate is now 15%” the first question you should be asking is:

Death rate based on what formula?

Different sources quote different numbers because they use different methods to calculate risk – which is why you see numbers clashing even when they’re looking at the same historical data

Let’s sort it all out

Fatality-to-Summit Ratio (The metric most Common in Mountaineering)

This is the most widely talked-about metric in climbing discussions

• Fatality-to-summit ratio = 15.3%
• Fatality-to-attempt ratio = 13.3%

That’s a pretty visible difference

Now, try to imagine older time periods with way fewer summits – the percentage shoots up dramatically

How Annapurna Compares to Other 8,000m Peaks in Nepal

Now that we’ve got the hang of how fatality-to-summit ratios are calculated, the next question that makes sense is:

Is Annapurna really the deadliest of Nepal’s 8,000-meter peaks?

To answer that properly, we need to compare Annapurna with the other 8,000m peaks in Nepal, using the same calculation method:

Fatality-to-Summit Ratio = Total deaths / Total successful ascents

Here’s how the major peaks compare as of 7 Feb 2025

Fatality Rates on Nepal’s 8,000m Peaks

• Annapurna I: 75 deaths / 559 climbs = 13.42%
• Dhaulagiri: 92 deaths / 707 climbs = 13.01%
• Kangchenjunga: 54 deaths / 690 climbs = 7.8%
• Makalu: 51 deaths / 891 climbs = 5.7%
• Everest: 344 deaths / 13,752 climbs = 2.5%
• Manaslu: 90 deaths / 3,750 climbs = 2.4%
• Lhotse: 25 deaths / 1,473 climbs = 1.7%
• Cho Oyu: 52 deaths / 4,081 climbs = 1.3%

This chart illustrates fatality-to-summit ratios across Nepal’s 8,000m peaks

Annapurna I is currently at the top at 13.42%, just above Dhaulagiri. Then there’s a pretty clear drop-off in risk

Everest, despite having the highest number of deaths, shows a much lower ratio because it has way more successful ascents

All this makes one thing clear:

Annapurna’s reputation as a super-difficult 8,000m peak is statistically backed – but the 40% death rate headline is actually talking about older historical data, not what’s happening now.

What caused the high fatality rates in early expeditions?

To understand the 40% death rate statistic, we have to go back to the early days of Annapurna I climbing

Early Data (1950-2006)

• Successful summits: 150
• Recorded deaths: 58

Fatality-to-summit ratio: 58 / 150 = 38.7%

That’s where that famous 38.7% statistic came from

Back then:

• Teams were tiny
• Weather forecasting was still pretty rough
• Avalanche science was really in its infancy
• Climbers had limited experience with fixed rope systems
• Helicopter rescue was virtually unheard of

With so few summits, each death had a huge statistical impact

How the Numbers Look Today (as of Feb 2026)

Now let’s compare that to the most recent cumulative data

Updated Cumulative Data (1950-Feb 2026)

• Successful summits: 559
• Recorded deaths: 75
• Fatality-to-summit ratio: 75 / 559 = 13.4%

That’s a massive difference from 38.7%

The mountain didn’t get any easier – it’s just that the number of people climbing it went way up

What improvements made climbing safer after 2010?

After 2010, summit numbers on the mountain increased rapidly thanks to:

• Bugger off with the weather forecasts – advanced weather forecasting
• More accurate avalanche risk assessments
• The commercial expedition industry has really stepped up its game
• Standardizing fixed ropes made a big difference
• Having satellite comms really helped
• Helicopter evacuations have gotten a lot faster
• The Sherpa-led logistical systems are now stronger than ever

As summit attempts went up and deaths didn’t rise in the same way, the percentage naturally started to come down.

This is a classic case of statistical expansion where the ratio stabilizes as the sample size gets bigger.

What The Numbers Actually Tell Us

Let’s take a closer look at the trend

Year Range	Summits	Deaths	Fatality-to-Summit  Ratio
1950–2006	150	58	38.70%
As of 2012	191	61	31.90%
As of 2022	365	72	19.70%
As of  2024	476	73	15.30%

The pattern’s pretty clear:

• Early decades = extremely high fatality ratio – super high
• Modern era = significantly lower percentage – a lot better
• Summit numbers increased dramatically

The mountain itself didn’t get any gentler though.

Climbing methods have actually improved over time.

A big takeaway here is that Annapurna I used to be the deadliest 8,000er by reputation but the fatality-to-summit ratio has dropped big time as forecasting got better, route knowledge improved, rescue capability got a boost and decision-making became more solid.

Also, the death total on Annapurna I is reported as 75 (as of April 2025) on the eight-thousander deaths compilation (although that might not match the May 2024 “73 deaths” snapshot because they’re different cut-off dates / compilations).

The chart highlights the long-term decline in Annapurna I’s fatality-to-summit ratio.

In 2006, the cumulative ratio was close to 39%.
By 2012, it had dropped to around 32%
By 2022, it fell below 20%
As of 2026, the ratio stands at 13.42%.

This steady decline reflects growth in total summit numbers, improved expedition logistics, better weather forecasting and stronger risk management systems.

The mountain itself hasn’t changed – it’s still as rugged as ever.

But the systems around it have changed a lot.

That’s why the historical “40% death rate” headline no longer represents current statistical reality.

What is the survival rate for Annapurna climbers?

When people hear that Annapurna I has a 13.42% fatality-to-summit ratio, the number sounds really alarming.

But there’s two sides to statistics.

Looking at the full cumulative data (1950 – February 2026):

• Total successful summits: 559
• Total recorded deaths: 75

If we subtract fatalities from total summiters:

559 – 75 = 484 climbers successfully summited and returned

Now let’s look at that proportion in a different way.

Survival Rate Among Summiters

If 75 out of 559 summiters died, then:

• 484 out of 559 summiters survived – that’s a lot of people
• That equals a survival rate of 86.58% – way over 8 out of 10

In practical terms:

More than 8 out of 10 climbers who reached the summit actually survived

This doesn’t make Annapurna “safe” though – it still remains a technically serious 8,000-meter peak with real avalanche danger.

But it adds an important perspective.

The “13.42% death rate” headline represents the fatality burden relative to successful ascents – not the probability that every climber who attempts the mountain will die.

It also includes fatalities that occurred during attempts that didn’t result in a summit.

That distinction matters.

Because when presented alone, the death rate sounds extreme.
When presented with the survival rate, the data becomes clearer and more balanced.

Annapurna I is still a seriously bad idea – but it is no longer the near-40% fatality mountain of early expedition history.

Death vs Survival: What the Visual Actually Shows

The chart compares two numbers from Annapurna I’s cumulative history (1950–February 2026):

• Fatality-to-summit ratio: 13.42%
• Survival rate among summiters: 86.58%

Visually, the survival portion is way bigger than the fatality one.

This helps readers understand something important:

While Annapurna I is statistically one of Nepal’s most dangerous 8,000-meter peaks, the majority of climbers who successfully reach the summit do return safely.

The mountain remains seriously tough – but it’s not a “most people die” scenario as older headlines sometimes imply.

Survival Rate Comparison: Annapurna vs Everest

To better understand Annapurna’s risk level, it’s worth comparing it with Everest.

As of recent cumulative data:

Annapurna I

• 559 summits
• 75 deaths
• Survival rate: 86.58%

Everest

• 13,752 summits
• 344 deaths
• Survival Rate: around 97.5%

What can we learn from that ?

Everest has

• an enormous number of climbers
• a much lower fatality-to-summit ratio
• a significantly higher survival rate

So , yes , Annapurna still comes out on top in terms of danger , statistically speaking.

But that gap is nowhere near as big as those early 40% headlines made it out to be.

This comparison really puts things into perspective without any exaggeration.

Survival Trend Over Time

Another way to get a better idea of Annapurna’s evolution is to take a look at the survival rate over different eras

Early Era (1950–2006):

• Fatality ratio: about 38.7%
• Survival rate: around 61.3%

Modern Era (Post-2010 expansion):

• Fatality ratio: under 20% (and now 13.42%)
• Survival rate: 80–86%+

That’s a pretty stark change.

The mountain itself hasn’t changed , though

Why Annapurna I Is Technically a High-Risk Mountain

Annapurna I isn’t a high-risk mountain simply because it’s really, really high. At 8,091 meters , it’s the 10th highest in the world – but its height isn’t what makes it scary.

The real danger of Annapurna I comes from its terrain.

Unlike some other 8,000-meter peaks , where altitude is the main problem , Annapurna I combines extreme elevation with highly unstable mountain structure. That combination is what has historically driven its fatality rate.

Let’s break down the main risk factors.

Severe Avalanche Exposure

Avalanches are the number one killer on Annapurna I.

The mountain’s south face and many upper slopes are loaded with hanging seracs and massive snowfields. These areas get massive amounts of new snow , especially during unstable weather cycles.

When snow builds up fast – a process known as snow loading – the layers below become unstable. A shift in temperature, a change in wind, or even a climber’s movement can set off a slide.

Unlike Everest Base Camp, where climbers have to deal with risks like the Khumbu Icefall or altitude sickness, Annapurna’s biggest threat comes from large-scale avalanches that are hard to predict and often impossible to avoid.

This distinction is really important:
Most fatalities on Annapurna are caused by avalanches – not altitude sickness.

Steep And Unstable Snow Faces

Annapurna I has huge sections of steep , exposed snow slopes. These slopes are often:

• Over 50 degrees in angle
• Covered in deep , wind-loaded snow
• Prone to slab avalanches

Climbers must ascend and descend these slopes while clipped to fixed ropes. If snow conditions start to deteriorate , even experienced mountaineers are in trouble.

On many other 8,000-meter peaks , the route is more established and reinforced over years of commercial expeditions. Annapurna’s routes are less consistent and often change depending on the season and snowpack.

Frequent Snow Loading and Unstable Weather

The Annapurna massif gets slammed with heavy monsoon moisture and strong winter storms. This results in:

• A lot of new snow
• Rapid changes in the weather
• High winds

The mountain builds unstable snow layers fast , reducing the number of safe climbing days each season.

Where Everest might offer more predictable summit windows in May , Annapurna’s climbing windows are narrower and harder to time.

This means climbers sometimes push into marginal conditions – increasing the risk.

Limited Safe Climbing Windows

Annapurna has fewer “stable periods” compared to peaks like Everest or Cho Oyu.

Because avalanche conditions depend on snow stability rather than just wind speed , teams have to carefully monitor:

• Snowpack bonding
• Temperature gradients
• Storm cycles

If these factors don’t come together , the mountain remains a serious risk even when the weather looks clear.

This makes Annapurna more technically sensitive than peaks where summit timing is primarily wind-dependent.

Less Predictable Climbing Lines

Mountains like Everest have well-established commercial routes , fixed rope systems , and a lot of support infrastructure.

Annapurna I doesn’t have the same level of standardization.

Routes can vary significantly from year to year depending on avalanche damage , serac collapse , or changing snow formations.

This means

• Route finding can be really tricky
• Objective hazards remain high
• Rescue operations are more complicated

The unpredictability adds technical risk beyond simple altitude exposure.

Why the Avalanche Factor Changes Everything

On many 8,000-meter peaks , altitude sickness , exhaustion , and exposure are major causes of death.

On Annapurna I , avalanches dominate the fatality statistics.

That’s a crucial distinction.

Altitude sickness is often manageable with acclimatization , oxygen use , and descent decisions.

Avalanches , however , are objective hazards – meaning they can strike regardless of a climber’s fitness , preparation , or experience.

This is why Annapurna historically developed such a high fatality-to-summit ratio.

Annapurna Trekking Region: A Whole Different Story When It Comes to Risk Level

Okay, let’s get one thing straight.

When you’re searching online for “Annapurna death rate,” chances are you’re looking at:

• The Annapurna Circuit Trek
• The Annapurna Base Camp (ABC) Trek
• The Ghorepani Poon Hill Trek

These are trekking routes, not technical mountaineering expeditions.

Trekking in the Annapurna region doesn’t involve:

• Ice axe work
• Roping up
• Crossing crevasses
• Facing down avalanche-prone mountain faces
• Climbing above 8,000 meters

The highest point on the Annapurna Circuit is:

Thorong La Pass – 5,416m

High altitude? Yep.
Extreme mountaineering? No way.

The highest point at Annapurna Base Camp is:

4,130m

A long way below the level of a real 8,000-meter “death zone”, where the air is thin and survival time is short.

Thousands of trekkers make it safely through these routes every year.

The chart really puts the difference in elevation into perspective.

Annapurna I reaches 8,091 meters – right in the heart of the extreme 8,000-meter “death zone”, where there’s barely enough oxygen to breathe and survival is a real concern.

In comparison:

• Thorong La Pass (5,416m) is still a high point, but it’s a whopping 2,700 meters lower than the summit.
• Annapurna Base Camp (4,130m) is almost 4,000 meters down from the top.

That elevation difference is mind-boggling.

The Annapurna trekking routes never venture into the 8,000-meter extreme mountaineering category.

Official Annapurna Trekking Visitor Numbers & Comparison

First, let’s take a look at how many people are trekking in the Annapurna region each year.

Nepal’s tourism bodies (like the Nepal Tourism Board and ACAP) don’t publish exact daily permit counts broken down by route, but we do know that the Annapurna region is seeing a huge number of trekkers, especially when you compare it to the tiny number of Annapurna I summit climbers.

Before we look at summit climbing risk, it’s actually really helpful to get a sense of the scale.

Annapurna Conservation Area – 2025 (Jan–Oct):

Category	Number
Foreign trekking visitors	~246,000
Region	Annapurna Conservation Area
Includes	Annapurna Circuit, ABC, Poon Hill, Mardi Himal, etc.

If we annualize that trend (project it out for a full year), the total would likely be:

~290,000-300,000 visitors in 2025

Now, take a look at how that compares to:

Annapurna I Summit Stats (1950 – Feb 2026)

Category	Number
Total successful summits	559
Total recorded deaths	75
Fatality-to-summit ratio	13.42%

Annapurna Region Trekking: Visitor Figures

The Annapurna Circuit and Base Camp Trek:

• The Annapurna region saw a record-breaking number of visitors in 2025, with around 246,000 foreign tourists making their way through the Annapurna trekking routes over the first ten months of the year.
• That includes Circuit trekkers, Base Camp trekkers, and other popular routes like Ghorepani Poon Hill and Mardi Himal – all within the Annapurna Conservation Area.

Note: to trek in the Annapurna Conservation Area (get a permit) you don’t need to be a technical climber

Because many people are trekking multiple trails in one trip, and because we don’t have exact route-by-route permit data in one tidy dataset, annual permit counts per trek (like ABC vs the Circuit) do vary from office to office.

But one thing’s for sure: hundreds of thousands of people are trekking in the Annapurna region every year – it’s an order of magnitude higher than the number of people who’ve ever summited Annapurna I.

Summit Climbers vs Trekking Visitors – A Comparison Chart

Here’s a summary chart to help put things into perspective:

At first glance, the difference is almost unbelievable.

In the 75+ years since 1950, only 559 climbers have successfully summited Annapurna I – one of the most technically demanding 8,000-meter peaks in the world.

In contrast, in just the first 10 months of 2025 – alone – around 246,000 foreign trekkers made it into the Annapurna region.

That means:

• More people are trekking in just one year
• Than have summited Annapurna I over the past 75 years

This kind of comparison highlights something really important:The Annapurna death rate statistics – a term that usually refers to a very small fraternity of elite mountaineers with their sights on the highest technical summit – Annapurna I, a towering 8,091-meter beast.

You see, those death rates don’t even begin to reflect the experience of the hundreds of thousands of trekkers who each year walk the Annapurna Circuit, visit Annapurna Base Camp, or take a stroll up Poon Hill.

It really does matter when you look at the scale difference.

When readers come across headlines about a “30% death rate”, they’re often not even realising that what they’re reading is actually statistics about a tiny niche of extreme mountaineering – not the normal Himalayan trekking experience.

But getting a grip on this gap is what it takes to separate perception from reality.

Annapurna Trekking Deaths: The Data Context

Yes, there have been deaths in the Annapurna trekking region – but the reasons & scale are a world away from Annapurna I summit climbing.

Unlike those summit expeditions, trekking routes like the Annapurna Circuit and Annapurna Base Camp are part of the Annapurna Conservation Area, which sees a mind boggling hundreds of thousands of visitors every single year.

The Scale of Trekking Visitors

• In a peak year the Annapurna region will see 200,000 to 250,000+ foreign trekkers.
• Over the decades that number adds up to the millions.

When you put that visitor number alongside the reported fatalities – the proportional risk is really really low.

The 2014 Snowstorm – A Major Trekking Incident

The most serious trekking disaster in modern times happened way back in October 2014, when an unexpected blizzard and snowstorm swept through Thorong La Pass.

• Over 40 trekkers and guides died that day
• It was one of Nepal’s deadliest trekking disasters

And yet, this was widely seen as an extreme weather event that doesn’t represent the normal trekking conditions.

General Trekking Fatalities

Now we come to the actual numbers – while the Annapurna region doesn’t have a single, consolidated dataset of trekking fatalities, what’s available suggests that:

• Trekking-related fatalities are few and far between
• Most years record hardly any deaths relative to total visitors
• When incidents do happen, they are usually one off incidents (e.g. altitude illness, falls, storms)

When you think about it, with:

• Hundreds of thousands of trekkers every year
• Millions over decades
• And relatively small numbers of annual fatalities

The implied fatality rate for Annapurna trekking routes is well under 0.1% annually, and in most seasons even lower.

And there is simply no credible evidence to suggest that it comes near the 13-40% fatality ratios seen in technical 8,000-meter summit statistics.

The Risks of Trekking

Unlike summit climbing, trekking deaths are usually linked to:

• Altitude sickness (AMS / HAPE / HACE)
• Sudden weather events
• Slips and falls
• Rare natural disasters

And they’re not caused by:

• Technical climbing exposure
• Avalanche-prone 8,000m faces
• Death zone oxygen deprivation

It’s that final distinction that is so crucial.

Should Trekkers Really Be Worried?

If you’re planning a trek in the Annapurna region – be it the Annapurna Circuit, Annapurna Base Camp, or a shorter Poon Hill trip – then the historical 30-40% Annapurna I fatality ratio just doesn’t apply to you.

That statistic belongs to technical summit expeditions on an 8,091-meter peak – not to the marked trekking trails with their teahouses & daily villages.

But that doesn’t mean trekking in the Annapurna region is effortless.

It means the risks are very different.

What Trekkers Should Focus On

Rather than worrying about old summit fatality numbers, focus on the real risks facing trekkers.

Acclimatisation

Altitude is the biggest factor in trekking – especially for Annapurna treks.

On the Annapurna Circuit, you’ll cross Thorong La Pass at 5,416m; on the Annapurna Base Camp trek you sleep at 4,130m.

Above 3,000 meters:

• Oxygen levels drop
• Your body needs time to adjust
• Rushing increases the risk of altitude sickness

Most trekking issues happen when people:

• Speed through acclimatisation days
• Ignore early symptoms
• Just plain rush it.

But taking it easy, adding rest days, and listening to your body are all much more important than worrying about Annapurna I statistics.

Weather Awareness

The Annapurna region is notorious for its changing mountain weather – with risks including:

• Sudden snowstorms (especially near Thorong La)
• Heavy monsoon rain
• Rare winter whiteouts
• Landslides in lower sections

Most serious incidents in the trekking region historically happened during unexpected storms.

Checking the seasonal timing and forecasts is what matters more than fear-based headlines.

Travel Insurance

One practical concern that trekkers often overlook is helicopter evacuation coverage.

If you develop severe altitude sickness, are badly injured in a fall, or experience any other serious medical issue – having that kind of insurance makes a huge difference.

• Something serious happening to your health
• A nasty ankle break

Evacuation in Nepal usually happens by helicopter, believe it or not.

Insurance isn’t really about waiting for disaster to strike.
Its more about being in a position to handle the odd complication.

Working With Guides Who Know Their Stuff

You don’t need to be a rock climber to tackle Annapurna – although it does help to have guides with loads of experience on hand.

Having guides who know what they’re doing can do a world of good:

• Help you pace yourself properly
• Sort out acclimatization so you don’t burn out
• Make some decent calls about the weather
• Give you confidence in the route you’re taking

All of which makes a huge difference especially if you’ve never been on a high-altitude trek before.

Don’t Rush the Altitude

Most of the problems we see happen when people try to squeeze their whole trek into an impossibly tight schedule – ie because they think ‘saving time’ is the way to go.

The dangers of this approach are pretty obvious:

• It blows the risk of getting AMS right out of the water
• You’re less likely to be recovering well
• Thorong La starts to look a whole lot harder

And let’s be clear, the mountain doesn’t really care about your time schedule.

Conclusion

You might have heard that Annapurna I is one of the most deadly mountains out there – and that’s historically been true.

But, modern mountaineering techniques have really pulled down that fatality rate and made it a much more reasonable option. And trekking in the Annapurna region is a whole different ballgame – even if you stick to the higher elevations.

So here’s the thing : taking on Annapurna I as a summit climb is some serious mountaineering business

Annapurna trekking is a high-altitude adventure – but its not as scary as you might think if you go about it the right way.

Getting your head around the difference between the two is – all that separates fact from fiction.