Snowshoeing is the most accessible winter mountain activity — a natural extension of hiking that requires no technical training, no lifts and no expensive multi-piece gear systems. The physics are simple: snowshoes distribute your body weight over a wider surface area, preventing you from postholing through deep snow. On the right terrain and in the right conditions, they allow anyone who can hike to explore mountains that are otherwise inaccessible in winter.

The equipment is not complex, but choosing the right pieces and understanding how the system works together is the difference between a frustrating wade through winter terrain and a genuinely extraordinary experience.

Snowshoes: Choosing the Right Platform

For well-established winter trails, gentle slopes and valley touring, a standard recreational snowshoe (MSR Evo Trail, Tubbs Frontier) with a simple binding, moderate crampons beneath the foot and basic heel lifters is entirely adequate. These snowshoes are forgiving, easy to learn on and available for rental at most alpine resorts. They handle packed powder and moderate fresh snow well. The binding should be adjustable enough to accommodate hiking boots or winter boots across a range of sizes.

For steeper terrain, off-trail powder and demanding backcountry routes, a technical snowshoe (MSR Lightning Ascent, Atlas Helium, Crescent Moon Eva) with aggressive crampons (heel and toe traction), a ratchet binding system and a sizable heel lifter for extended steep ascent makes a significant difference. The heel lifter reduces calf fatigue by up to 30% on sustained uphill and is used on any slope steeper than approximately 20°. A more compact frame also helps with manoeuvrability in dense forest and on steep sideslopes.

Poles: Your Third and Fourth Contact Points

Standard trekking poles with summer baskets are nearly useless in snow — the small basket sinks through powder with every step, providing no resistance and no support. Swap to large winter snow baskets (available as accessories for most pole systems) — the 10cm+ diameter disc prevents the pole from sinking and provides the balance support that makes snowshoeing on uneven terrain significantly safer. Poles should be set 10–15cm longer than for summer hiking to compensate for the added height of the snowshoe frame.

Footwear and Gaiters

Snowshoe bindings work with most boot types, but waterproof, insulated winter boots provide the warmth and moisture protection that matters when you’re moving through snow for 4–8 hours. A boot rated to -20°C is appropriate for cold alpine winters; a standard waterproof hiking boot is adequate for spring snowshoeing or mild winter conditions. The boot must have enough ankle height to prevent snow from entering when the snowshoe breaks through a crust.

Knee-high waterproof gaiters are among the most practical additions to a snowshoeing kit — they prevent snow from entering the boot on descent, keep the trouser leg dry and provide an extra layer of warmth around the lower leg. Hard-shell gaiters (Outdoor Research Crocodile, Serius Superga) are more durable and waterproof; softer alternatives are lighter and adequate for day tours on well-packed snow.

Winter Clothing: Different Rules Apply

The layering system from summer hiking applies in winter but with more emphasis on insulation and moisture management. Snowshoeing generates significant heat on ascent — overheating and sweating inside a winter jacket creates the same hypothermia risk as getting rained on without a jacket. Manage layers aggressively: open or remove the mid layer before you start sweating; add it back the moment you stop.

• Moisture-wicking base layer — merino wool or synthetic; no cotton under any circumstances in winter
• Insulating mid layer — fleece or lightweight down jacket; easily removable; kept in pack during active ascent
• Windproof/waterproof outer shell — essential in exposed terrain; wind chill at altitude in winter can make -5°C feel like -20°C
• Warm hat and neck gaiter — 50% of body heat is lost through an unprotected head; a merino beanie worn under a helmet or alone is always in the pack
• Ski goggles or glacier glasses — snow blindness (UV damage to the cornea) is a real risk on bright winter days; glacier glasses (category 4) or ski goggles provide the necessary UV protection

Safety Additions for Serious Winter Terrain

On icy or wind-hardened snow surfaces where snowshoes provide insufficient traction, microspikes (Kahtoola MICROspikes, Yaktrak Pro) worn over the snowshoe binding or directly on the boot provide additional grip. They’re particularly useful in the morning when overnight refreezing makes otherwise manageable slopes treacherous.

For any snowshoeing that takes you into open avalanche terrain — open slopes above 30°, bowls and gullies — an avalanche transceiver worn body-side is essential, even if you are not skiing. Snowshoers are killed in avalanches, and the same terrain avoidance principles and rescue equipment requirements apply as for ski touring.

Starting Simple, Going Further

The best snowshoes are the ones that match your terrain. If you’re starting with established winter trails in a national park or ski resort perimeter, a mid-range recreational snowshoe with standard bindings and a hired set of poles with winter baskets covers everything you need. Learn to use heel lifters properly and practise the shuffle gait before attempting steep terrain.

As your routes become more demanding, upgrade the binding system (ratchet closures are faster in cold conditions than strap systems) and the crampon aggressiveness before upgrading snowshoe size or material. Most snowshoeing challenges are solved by technique and appropriate terrain choice before they require better equipment.