Is Super El Niño coming this winter?
Winter 2026/27 could be one to remember. With El Niño strengthening rapidly across the Pacific and forecasters raising the possibility of a historically powerful event, skiers and snowboarders are asking the question that matters most: could a Super El Niño mean a huge winter for snow?
There Comes a Point Every Year When You Can Feel Winter Approaching.
The days get shorter. Mornings become a little crisper. Leaves start to turn. And slowly, almost subconsciously, our attention moves back towards the mountains.
We start thinking about snowy mornings. Powder laps through the trees. First lifts. Last runs. Road trips with friends.
We start checking the long-range snow forecast far more often than we probably should. Skis come out of storage. Boards get waxed. Group chats become increasingly dominated by weather screenshots. Maybe a new pair of skis mysteriously appears in the garage.
Because anticipation is part of winter. And this year, there is something particularly interesting to anticipate.
Could Winter 2026/27 Bring a Super El Niño?
As we head towards winter 2026/27, one phrase is appearing again and again in long-range weather discussions: Super El Niño.
El Niño is a naturally occurring climate pattern associated with unusually warm water in the central and eastern tropical Pacific Ocean. That change in ocean temperature can influence atmospheric circulation and weather patterns thousands of kilometres away.
By September 2026, NOAA had confirmed that El Niño was strengthening and estimated a greater than 90% probability of a very strong El Niño during the Northern Hemisphere autumn and winter of 2026/27. NOAA's September outlook also put the probability of the October-December event reaching a historically exceptional level - exceeding previous events in its record dating to 1950 - at 75%.
That doesn't guarantee record snowfall. But it certainly gives snow obsessives something to talk about.
What Actually Is El Niño?
At its simplest, El Niño begins thousands of kilometres away from your favorite ski lift.
Normally, trade winds push warm surface water westwards across the tropical Pacific. During El Niño, those winds weaken and warmer water spreads eastwards across the equatorial Pacific. The ocean and atmosphere interact, altering large-scale atmospheric circulation.
Think of it less as El Niño directly 'creating snow' and more as moving some of the pieces around on the global weather chessboard. Storm tracks can shift. Some areas become wetter. Others become drier. Temperatures change. And when the right combination of moisture, storms and cold air meets a mountain range, things can become very interesting indeed.
Why Everyone Is Talking About Ocean Temperatures.
If you spent time near the European Atlantic coast this summer, none of this will sound completely abstract. Europe experienced exceptional marine heat during summer 2026, including prolonged marine heatwave conditions in the Bay of Biscay.
Anyone who surfed along the Atlantic coast of France, Spain or Portugal probably didn't need a satellite to tell them something unusual was happening. The water felt warm. Very warm.
But there is an important distinction here. The warm water surfers experienced in Europe isn't itself the cause of El Niño. El Niño is specifically defined by conditions in the tropical Pacific. What we're seeing instead is a world in which several major bodies of water have recently experienced exceptional warmth at the same time.
Does El Niño Mean More Snow?
Here comes the important part: El Niño does not automatically equal more snow. Especially in Europe.
Its influence is clearest around the Pacific and across North America. Farther away, other atmospheric patterns become increasingly important. In Europe, the North Atlantic Oscillation, Atlantic storm track, polar vortex and smaller-scale circulation patterns can ultimately determine whether moisture arrives as the stuff we dream about... or rain.
Research nevertheless shows that El Niño can influence European winter weather, but there is huge variability from one El Niño to another. That's what makes forecasting European snow months in advance so difficult.
El Niño loads the dice. It doesn't decide how they land.
And That's the Big Question for the Alps.
For anyone skiing in Europe, there is another factor that matters just as much as precipitation: temperature.
More moisture sounds great. More storms sound even better. But mountains still need cold air. The difference between an unforgettable 50 cm overnight snowfall and a thoroughly depressing day of rain can sometimes be only a few degrees. That's particularly important at lower elevations.
Modern resorts from Chamonix to Mayrhofen have invested heavily in snowmaking infrastructure, helping create more reliable pistes during dry periods. But snowmaking has limits. Sooner or later, every ski resort needs storms.
What Happened During Previous Strong El Niño Winters?
Some of the strongest El Niño events in the modern record occurred around 1982/83, 1997/98, 2015/16 and 2023/24. But their impacts weren't identical.
That's particularly important when looking at places like Chamonix, Åre and Mayrhofen. There isn't a reliable historical relationship that says a strong El Niño automatically produces a huge snow year at any of these resorts.
For European skiers, therefore, the interesting part of the 2026/27 forecast isn't that El Niño guarantees an enormous winter. It's that one of the most powerful global climate drivers is potentially moving into an exceptional state just as winter begins.
Could Europe Finally Get a Big Snow Winter?
For European skiers and snowboarders, that's probably the question sitting behind all the others.
Recent winters have produced some incredible individual storms and periods of deep snow, particularly at altitude. But they've also brought frustratingly mild periods, high snowlines and inconsistent early-season coverage.
Meanwhile, powder hunters have increasingly looked farther afield: Japan, British Columbia, Hokkaido, the American West - anywhere promising reliable deep snow.
So there is a certain amount of collective wishful thinking surrounding winter 2026/27. Could this finally be one of those European winters again? Maybe. There are reasons to be excited. There are also plenty of reasons not to book your entire winter based on a September climate model.
What About North America?
This is where El Niño becomes particularly interesting. The relationship between ENSO and North American winter weather is much better established.
During El Niño, the Pacific jet stream typically shifts southwards, increasing the chances of wetter conditions across parts of the southern United States. Snow outcomes still vary enormously according to geography and elevation.
California's Sierra Nevada, the Pacific Northwest, the Rockies and British Columbia can all experience very different versions of the same winter. For anyone planning a North American ski trip this season, latitude, altitude and regional storm tracks will matter as much as the words 'Super El Niño.'
The Other Side of the Pacific: Japan
Then there's Japan. Japan has become almost mythical within skiing and snowboarding: deep days, tree runs, snow-covered villages and storms that seem to reset the mountain overnight.
But El Niño isn't necessarily the magic ingredient for Japan's legendary snowfall. Japan's huge winter snowfalls are strongly influenced by cold Siberian air crossing the comparatively warm Sea of Japan, collecting moisture and unloading it over the Japanese mountains.
Changes to large-scale circulation during El Niño can alter that setup. Sometimes the places most famous for snow benefit from entirely different atmospheric patterns.
So What Should Skiers Expect From Winter 2026/27?
Right now, probably the most accurate answer is: expect an interesting winter.
We know El Niño is already present. We know it is strengthening. We know NOAA sees a greater than 90% chance of a very strong event through the Northern Hemisphere autumn and winter. And we know there is a meaningful possibility that this becomes one of the strongest El Niño events measured in the modern record.
What we don't know is exactly where the storms will land. That's weather. And, frankly, that's part of the fun.
The Forecast Is Part of the Ritual.
At Db, we're no strangers to this part of winter. We've spent years travelling between mountains, chasing storms and building products around the strange logistics of carrying skis, snowboards, boots and everything else halfway around the world in search of snow.
And every winter begins the same way. With speculation. Someone sends a forecast to the group chat. Someone hears that Japan is going to be huge. Someone else has a friend in Austria who says it's already snowing at altitude. Flights get checked. Maps get opened. Plans begin to form.
Because skiing and snowboarding aren't only about the days when everything lines up perfectly. They're also about waiting for them.
Maybe This Is the One.
There is a moment on a genuinely great powder morning when you realise that all the anticipation was worth it.
The alarm at 05:30. The drive through the dark. The freezing car park. The skins. The lift queue. The forecasts you've been checking since September.
And then you're standing at the top. Nobody has ridden the line yet. Snow is still falling. Your friends are next to you. For a few seconds, nobody says very much. Then somebody drops.
That's what we're hoping for this winter. Will a Super El Niño deliver it? Nobody can tell you that in September. But the ingredients are becoming interesting. And sometimes anticipation is half the fun.
Winter 2026/27 is coming. Time to start watching the forecast.