Hello, friends. This guide explains the equipment, techniques, and safety procedures required for ski touring so you can safely navigate backcountry terrain. Ski touring involves attaching friction-based skins to the bottom of skis to walk uphill, then removing them to ski downhill using traditional alpine mechanics.
This activity requires specialized bindings that allow the heel to lift freely during ascent and lock down securely during descent. Two main binding categories exist: frame bindings and tech bindings. Frame bindings operate exactly like standard alpine bindings mounted on a pivoting rail, providing familiarity and reliable release characteristics for resort skiers but adding significant weight to each step.
Essential Ski Touring Gear
Tech bindings, also known as pin bindings, use metal pins to secure the toe and heel of compatible boots, reducing weight and increasing uphill efficiency. Climbing skins attach to the ski base using a combination of tip and tail clips along with a reusable adhesive layer. Skins consist of nylon, mohair, or a blend of both materials. Nylon provides high durability and grip for beginners, while mohair offers high glide for efficient upward movement over long distances. You can try this right now: practice attaching and removing climbing skins in your living room to familiarize yourself with the adhesive and clip mechanisms before heading into the cold mountain environment.
Mastering Upward Movement Techniques
Efficient uphill movement requires a gliding stride rather than a lifting step. Skiers slide each ski forward, keeping the climbing skin in continuous contact with the snow to maximize efficiency and grip. Adjustable ski poles allow skiers to optimize their arm leverage during steep climbs. Maintaining a consistent, moderate pace prevents excessive sweating, which leads to rapid body cooling during transitions or descents. When ascending steep terrain, skiers employ a specific maneuver called a kick turn to change direction without losing elevation.
A kick turn involves establishing a stable stance, planting both poles securely, lifting the uphill ski, rotating it 180 degrees, placing it parallel to the slope, and then bringing the downhill ski around to match. Proper weight transfer during this process ensures stability on steep inclines. Heel risers on touring bindings elevate the skier's heel in stages, reducing calf strain and improving traction when the slope angle increases significantly.
Essential Avalanche Safety Gear
Traveling outside patrolled ski resort boundaries exposes skiers to avalanche hazards. Every member of a touring group requires three primary pieces of safety equipment: an avalanche transceiver, a collapsible probe, and a metal snow shovel. An avalanche transceiver emits a continuous radio signal that other transceivers detect. If a skier is buried, their partners switch their transceivers to receive mode to physically locate the signal source.
The probe is a long, collapsible aluminum or carbon pole used to pinpoint the buried skier beneath the snow surface. The metal shovel is necessary for excavating dense avalanche debris quickly. Equipment ownership is insufficient; skiers need formal training to use these tools rapidly under stress. Terrain awareness is equally critical. Skiers evaluate slope angles, identify potential avalanche paths, and monitor weather patterns and snowpack conditions to minimize exposure to hazards. Avoiding slopes steeper than 30 degrees significantly reduces avalanche risk for beginners.
Descending And Route Selection
Skiing un-groomed backcountry snow requires technique adjustments compared to skiing hard-packed resort trails. Deep or variable snow demands a more centered, balanced stance rather than driving aggressively into the front of the ski boots. Skiers distribute their weight evenly across both skis to maintain flotation and prevent the downhill ski from sinking abruptly beneath the surface. Turning in deep snow relies heavily on the unweighting phase of the turn, using the skis' natural flex to rebound and initiate the next direction change.
When selecting a beginner-friendly touring route, look for terrain with low avalanche exposure and gentle slope angles. Forest roads, abandoned logging paths, or designated uphill routes at local ski resorts provide controlled environments for initial practice. Beginners should choose routes with less than 1,000 feet of total elevation gain for their first few outings to appropriately assess their physical fitness and equipment function. Reviewing topographic maps, monitoring local weather forecasts, and reading recent trip reports helps skiers plan appropriate itineraries.
Mastering ski touring equipment and safety protocols provides access to uncrowded mountain terrain. Your next step is enrolling in an introductory avalanche safety course to build practical hazard recognition skills.
