Backcountry Touring Skis

Weight Is Paid For Uphill

A touring setup is lifted with every step for hours, and a kilogram difference per ski is felt profoundly across a long day.

Lighter skis use lighter cores and less material, which makes them less damping and less stable on the descent, and that is the central trade of the category.

Choosing where on that spectrum to sit depends honestly on whether the day is about the climb or the descent, and most people want more descent performance than their stated preference suggests.

Tech Bindings And Their Limits

Pin or tech bindings clamp the boot at toe and heel with pins, saving substantial weight over frame bindings and requiring compatible boots.

Their release characteristics differ from alpine bindings and many are not certified to the same standard, which is a genuine consideration for anybody skiing hard.

Learning to operate them reliably in cold and wind before relying on them in the field is worth doing, since icing and misalignment are common frustrations.

Skins, Glide And Grip

Climbing skins attach to the ski base and provide grip uphill through directional fibres, and mohair glides better while nylon grips better and lasts longer.

Glue performance in cold and wet determines whether skins stay attached, and a skin that delaminates mid-climb ruins a day.

Skins must be dried properly and stored with their backing, and glue that has failed can be refreshed rather than replaced.

The Terrain Is The Real Subject

Touring skis access terrain that is unpatrolled, unmarked and avalanche-prone, and the equipment does nothing to make that terrain safer.

Formal avalanche training, a transceiver, shovel and probe carried by every member of a group, and regular practice at companion rescue are the actual requirements.

Avalanche fatalities overwhelmingly involve people who triggered the slide themselves, which means decision-making rather than equipment is what determines outcomes.

Fitness, Navigation And Weather

Touring demands sustained aerobic effort at altitude, and a day that becomes an epic because of overestimated fitness is a common and avoidable problem.

Navigation in poor visibility, understanding forecasts and knowing turnaround times are ordinary mountaineering skills that this activity requires.

Going with people who know the area, or with a qualified guide, is how most people should begin, and it is considerably cheaper than the alternative.

Boot compatibility is the constraint most people discover after buying skis, since tech bindings require boots with fittings at toe and heel and alpine boots cannot be used at all. Touring boots also have a walk mode that unlocks the cuff for climbing, which alpine boots lack entirely. Buying boots first and skis second is the order that avoids an expensive mismatch, and boot fit matters more for comfort than any other single decision.

Ski crampons clip to touring bindings and bite into firm frozen snow where skins alone slip, which on an icy morning traverse is the difference between progress and retreat.

Brakes are omitted on some race-oriented touring bindings in favour of leashes, which saves weight and means a released ski slides a very long way downhill.

The Verdict

Excellent equipment for accessing terrain that requires far more than equipment, where weight and descent performance trade against each other.

Light skis ski worse, tech bindings release differently, and the terrain carries risks no gear addresses.

Do the avalanche course before buying the skis. The equipment accesses terrain that training keeps you alive in.