Ski Backpack

The method and configuration used to attach skis to the backpack for uphill travel or transport.

A-frame is the most versatile and stable for most skiers. Diagonal works for shorter approaches. Splitboarders should verify dedicated splitboard carry. Ensure the system works with your ski width—fat skis may not fit all loops.

Whether and how the backpack can carry a snowboard.

Snowboarders must verify carry compatibility. Many ski-specific packs lack snowboard carry. Splitboarders need splitboard-specific carry or A-frame for split halves.

External attachment point or net to carry a ski helmet when not wearing it.

Nice-to-have feature for hut trips or lunch breaks. Most riders keep their helmet on all day. Not a deciding factor for most buyers.

Dedicated, quick-access compartment for avalanche shovel, probe, and sometimes a first aid kit.

Any pack used in the backcountry must have a dedicated, quick-access avalanche gear compartment. Front-access pockets are standard and fastest. If you ride out-of-bounds, this is non-negotiable.

Whether the pack has an integrated avalanche airbag system or is compatible with removable airbag modules.

Integrated airbag packs are the most convenient but most expensive and heaviest. Compatible/ready packs offer flexibility to add airbag later. Airbags significantly increase survival odds in avalanches but require training to deploy effectively.

Integrated or compatible spine/back protector for impact protection during falls.

Back protection is valued by resort and sidecountry riders, and those skiing technical terrain. Touring-focused riders often skip it to save weight. CE Level 2 offers highest protection. Consider whether you already wear a separate back protector vest.

The length of the backpack's back panel and suspension system, determining fit for different torso sizes. Often available in multiple sizes (S/M, M/L, L/XL) or with adjustable back length.

Measure your torso from the C7 vertebra (base of neck) to the top of your hip bones. Proper torso fit is more important than overall height. Adjustable back length is ideal if between sizes. A poorly fitting pack causes shoulder pain and poor load transfer.

The style and padding level of the hip belt, which transfers load from shoulders to hips.

For packs over 25L used on tours, a padded hip belt is essential for load transfer. Removable belts offer the best versatility. Hip pockets are very convenient for snacks and small items on long tours. Webbing belts are fine for resort packs under 20L.

Features of the sternum/chest strap including adjustability, whistle, and height positioning.

An integrated whistle is a standard safety feature—always nice to have. Height adjustability ensures proper fit across different layering. Elastic sections improve comfort during high-output touring. These are minor features but contribute to overall pack quality.

The weight of the empty backpack without any gear, airbag cartridge, or back protector insert.

Typical range: 500–3000 g

Ultralight touring packs: 500–900g. Standard backcountry packs: 900–1400g. Packs with airbag systems: 1500–2500g. Every gram counts on long uphill skin tracks. Balance weight against durability and features needed.

The total storage volume of the backpack measured in liters, determining how much gear can be carried.

Typical range: 12–55 L

15–22L for half-day resort or short backcountry tours; 25–35L for full-day tours; 36–45L for overnight hut trips; 46L+ for multi-day expeditions. Choose the smallest pack that fits your needs—oversized packs encourage overpacking and affect balance.

How the main compartment of the backpack is accessed—determines ease of gear retrieval and organization.

Top-loading is simplest and most weather-resistant. Front panel (clamshell) is best for organization and access. Back panel access is excellent for touring—access gear without removing skis. Many packs combine multiple access types.

A soft-lined internal or external pocket designed to protect goggles from scratches when stored.

A nice feature for those who swap lenses or remove goggles at lunch. Not essential—most riders keep goggles on their helmet. If you carry spare goggles, a fleece-lined pocket prevents costly lens scratches.

Side or vertical compression straps that tighten the pack load to prevent shifting and reduce volume when partially full.

Compression straps are important for backcountry packs where load size varies throughout the day (shedding layers, eating food). Side compression is standard. Dual compression is best for larger packs. Ensure compression straps don't block ski carry attachments.

The level of water and snow protection the pack provides for contents.

For day tours, DWR coating is usually sufficient. For multi-day trips or wet coastal snow, waterproof sealed seams or a rain cover are worthwhile. Dry bags for electronics are recommended regardless of pack water resistance.

Whether the pack supports a hydration reservoir/bladder and/or has insulated hose routing to prevent freezing.

For backcountry touring, insulated hose routing is strongly recommended—frozen hydration hoses are a common and dangerous problem. Resort riders may prefer bottle pockets. Always blow air back into the hose after drinking to prevent freeze-up.

The primary fabric type and denier rating indicating abrasion resistance and durability of the pack construction.

For regular backcountry use, midweight nylon (200–400D) offers the best balance. Heavy-duty is for guides and heavy users. Lightweight and Dyneema are for weight-conscious tourers willing to baby their gear. Ski edges are the primary threat—reinforced bottoms help.