Technology is rapidly evolving, and there’s no reason to think ski resorts will lag behind in this age of innovation. As artificial intelligence and automation continue to expand, it’s natural to wonder how skiing will adapt. The activity itself—sliding downhill on planks, powered only by gravity—hopefully never changes. But many aspects of the skiing experience could be revolutionized.
To envision what might come next, we first need to examine what already requires improvement. Traffic jams leading up canyons to the mountains, long lift lines, and crowded trails are frustrations at every major resort. Avalanches remain an unforgiving reality, threatening both backcountry riders and resort riders. Temperature regulation can make or break a day on the hill, turning even the best snow days unbearable as cold temps and high winds penetrate your skin. Poor snow years are currently patched up with snowmaking, but could new technology offer better solutions? And beyond addressing problems, what future innovations might elevate the experience? Nobody wants to tamper with the essence of skiing—but making it more accessible, more comfortable, and more enjoyable is something every skier could get behind.
Tunnel Access to Resorts
Access to the mountains is already a pressing issue, especially on weekends when powder days are abundant. Little Cottonwood Canyon in Utah and I-70 in Colorado are notorious for their endless “red snakes” of brake lights stretching for miles. Proposed fixes, such as a gondola in Utah, stir controversy for their extreme costs and impacts on the landscape. Expanded shuttle service and limited car access are other ideas, but none have solved the problem outright.
So what’s next? If we can’t go through the canyon, and going over it sparks backlash, why not go under? Easier said than done, of course, but we are talking about the future here, and trains already exist. Building a subterranean rail system would be a massively complex endeavor, yet it could deliver skiers to the mountains quickly while preserving the natural environment. Imagine a train linking the base of Little Cottonwood Canyon to Park City, easing local congestion and creating a cross-mountain connection. Colorado is even closer to this vision. The Moffat Tunnel—a 6.2-mile rail line once used for freight—will begin carrying passengers from Denver to Granby in 2026. While just a first step, it could evolve into a network with direct stops at ski resorts, reshaping mountain access altogether.
Mountain Expansion
Another change already underway is the steady expansion of resorts. Many mountains are purchasing new terrain and installing more lifts. Deer Valley, for example, just completed the first phase of its major expansion with the new East Village. Big Sky, meanwhile, capped a nine-year upgrade that added 12 new lifts. These are just two examples of a larger trend in which resorts continuously add terrain and infrastructure.
The next frontier may not be single-resort growth, but interconnection. Europe already offers a blueprint: Dolomiti Superski in the Italian Alps ties 12 resorts together under one pass. The U.S. could see similar “mega-resorts.” Utah is often floated as a candidate, with the proposed One Wasatch concept connecting Alta, Snowbird, Brighton, Solitude, Park City, and Deer Valley. Although it is only a concept for now, it would completely transform skiing in the Wasatch. Oregon holds similar potential—Mt. Hood Meadows, Timberline, Skibowl, and Cooper Spur already ring the mountain, and linking them (plus possibly expanding higher on the peak) could create a premier destination rivaling any in North America. And Utah and Oregon aren’t alone—regions like Colorado, Tahoe, and the Northeast all have clusters of resorts close enough to imagine similar mergers.
A.I., Drones, and Avalanche Safety
Avalanches remain one of skiing’s deadliest risks, claiming the lives of both professionals and recreational riders every year. Despite improvements in avalanche education and resort mitigation, the 2024–25 season saw a record 22 U.S. fatalities. The truth is, avalanches are still largely unpredictable. A pit test dug on the same slope angle and aspect as what you plan to ride may not adequately demonstrate the snow pack you will be riding. Or you could be the fifth skier in your party to hit a line, feeling confident in the snowpack after watching your friends bomb the run, then get swept off your feet and taken for a ride because you hit the “sweet spot.” Our current defence mechanisms include knowledge of an area, avalanche science, and risk tolerance. In such an unknown field with so many variables, new forms of technology must be incorporated to further reduce risk.
A pit test is the current standard for assessing a snowpack. A 90-centimeter-by-30-centimeter block of snow, dug to the ground, is isolated and assessed for changes in the snowpack, types of ice crystals, and finally for avalanche propagation. I am not looking for the removal of pit tests; however, they are time-consuming and not always viable to be repeated on every aspect, slope angle, and area of a respective slope. Here’s where future technology could help. Imagine a device—a probe equipped with sensors and A.I.—that could quickly analyze snow layers, density, and crystal structure with a simple push into the pack. It wouldn’t replace traditional pit tests, as it can’t test propagation; however, combined with human analysis, it could provide riders and patrol with a clearer, faster picture of avalanche danger across multiple aspects and elevations. Such tools could someday save lives in terrain where unpredictability currently reigns.
Snow evaluation is not the only realm where artificial intelligence will prove useful. Paired with aerial drone technology, A.I. is already being incorporated into mountain safety. Ski resorts and rescue operations worldwide are beginning to use the rapid evaluation capabilities of A.I. to assist ski patrol and search-and-rescue teams. For example, Belleayre Mountain in New York now deploys a fleet of drones instead of a patrol, which are capable of customer assistance and even sled rescue. In Italy, the National Alpine and Speleological Rescue Corps (CNSAS) often works in high-risk terrain—dangerous mountainsides and caves where humans face catastrophic risk. They’ve already demonstrated the power of A.I. and drones in the field, successfully rescuing a lost hiker who had been missing in the Alps for over 10 months. By analyzing the hiker’s phone data, rescuers narrowed down a general search area that was too hazardous to enter. Instead, they launched drones to photograph the terrain, then used A.I. to scan the images for anomalies. The system flagged out-of-place pixels, which turned out to be the hiker’s red helmet. This operation was one of the first and simplest examples of A.I. and drone integration into mountain rescue, but it offers a glimpse of far greater changes to come.
Avalanche rescue may be the next frontier. Current tools such as avalanche beacons and Recco reflectors are effective, but they rely on human searchers traversing dangerous, often massive slide paths. Locating a buried skier while riding down unstable terrain is both slow and hazardous. Drones, however, can cover huge areas at speed and scan terrain from above. When these search systems—beacon detection, recco scanning, even thermal imaging— are integrated with A.I., avalanche victims could be located in a fraction of the time. With mountains presenting such a range of dangers, artificial intelligence has the potential to reshape rescue work entirely, making backcountry and resort skiing far safer for everyone.
Temperature Regulation
Few things ruin a great powder day faster than bone-chilling cold mixed with high winds. Looking back, it’s hard to believe that until the 1970s, jeans and knit caps were common skiwear. Outerwear has since progressed to Gore-Tex shells and merino wool layers. Now, the next step is already here: heated gear. Battery-powered socks are becoming common, and heated gloves, shirts, and pants are entering the market. Costs remain high, and the batteries can be bulky; however, as the technology improves, adoption is expected to spread. In the not-so-distant future, temperature issues might be a thing of the past—though perhaps nothing will ever solve that little icy gap between your neck gaiter and goggles.
Weather Control
The greatest challenge looming over skiing is climate change, and the most significant deficit to a ski season is a lack of snow. Declining snowfall, rising temperatures, and rain in the heart of winter are already altering the sport. Ideally, global energy production shifts toward renewables, nuclear power, and carbon capture, curbing the problem at its root. But while warming temperatures close more resort doors for good, and even halting climate change right now wouldn’t reverse the damage already done, more radical solutions might emerge.
Weather control is the most far-fetched idea on this list, but it represents the ultimate ski technology. Imagine a resort that can create fresh powder every night and enjoy clear skies every morning. Of course, the environmental and ethical implications would be enormous—controlling the weather in one place could cause harm in another. But in theory, such a breakthrough would redefine skiing forever.
Not all future innovations need to be massive. Some of the most exciting improvements focus on small, personal touches. Powder Mountain, for example, launched “Season Unpacked,” inspired by Spotify Wrapped. By tracking every lift scan, the resort gave skiers personalized end-of-season stats—days skied, times each lift was ridden, vertical dropped, even crowning champions for each lift and the mountain. The feature quickly caught fire among the community, uniting riders and sparking friendly competition.
These smaller innovations may not totally change the skiing experience, but they reinforce the community and will surely bring more people to the slopes next season.
For many, skiing is more than recreation—it’s a way of life. Lifelong skiers are already grappling with changes to their mountains and communities, and the future will no doubt bring more. Hopefully, technology can enhance the skiing experience without erasing the natural beauty that makes it so magical. If it also makes skiing more accessible to those who haven’t yet felt its pull, then innovation will have done its job.
