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How We Tested Snowshoes

By Ian McEleney ⋅ Review Editor
Tuesday December 20, 2022
snowshoes - wandering in the woods on a storm day is one of our favorite ways to...
Wandering in the woods on a storm day is one of our favorite ways to test snowshoes.
Credit: Jessica Haist

Trekking and traversing snow on the trails and off, we tested our lineup of snowshoes in the Rockies, Tetons, Sierra Nevada, and even the Alaska Range. Winter was off to a strong start in most of our testing areas. We traveled through the woods, on groomed trails, on steep mountainsides, and across glaciers.

Our testers included avid hikers, skiers, mountaineers, and snowboarders. Some were trying out snowshoes for the first time, and some for their hundredth time. Our lead test editor has snowshoed thousands of miles over decades of winter travel across North America.

Flotation


The primary factor we look at with flotation is surface area. We calculate this by multiplying the overall length by the average width. We figure out the average width by measuring the snowshoe at ¼, ½, and ¾ points along the length and then averaging those measurements. Every snowshoe gets this treatment. Our surface area calculation is the foundation for real-life testing that lets us compare more nuanced shapes or deck flexibility.

snowshoes - measuring how far we sink in.
Measuring how far we sink in.
Credit: Jessica Haist

Traction


The first thing we do when evaluating traction is take a hard look at the bottom of each snowshoe. We're looking for teeth, rails (running in the direction of or perpendicular to travel), spikes, and any other ridge-type shape, whether attached to or part of the snowshoe deck. The more, the better. Then we get outside — often going places we would otherwise avoid — to figure out which models helped us stay on our feet and which left us on our backsides.

snowshoes - to evaluate traction we sought out more than just snow, hikers walk...
To evaluate traction we sought out more than just snow, hikers walk on rocks and logs.
Credit: Ian McEleney

Stride Ergonomics


Our starting point in examining stride ergonomics is how the binding is attached to the deck of the snowshoe. A more flexible attachment offers a natural stride for moderate hiking; when the going gets rough, a hinged attachment is more stable and precise. So, a hinged attachment makes sense on models designed for rough ground and a flexible attachment on models for more moderate hiking. We also headed outside to see if the snowshoe made winter hiking easier or forced us to learn a new way to walk, sometimes wearing a different model on each foot to better compare.

snowshoes - snowy roads give us one data point for this metric.
Snowy roads give us one data point for this metric.
Credit: Jessica Haist

Ease Of Use


Our first test for ease of use is to take the snowshoes out of the box and put them on without looking at the directions. Going for a hike with first-time snowshoers also gives us great opportunities to evaluate how intuitive a binding is. Every binding is slightly different and has different advantages; some are simple, and others take a bit of fiddling to set up. Others take some setup initially but are easy later (at least if you're wearing the same pair of boots).

snowshoes - all binding controls need to work well with gloves.
All binding controls need to work well with gloves.
Credit: Jessica Haist

Bindings


We look at bindings both for security — snowshoes have to stay on — as well as comfort. Some bindings have parts that can get hung up on underbrush or the other snowshoe and cause the snowshoe to loosen; others get loose over time or on rough ground. Bindings need to work well with a range of winter footwear. Rigid winter boots can sometimes protect the foot from a binding's pinch points; we made sure to test each pair with a softer boot when evaluating comfort.

snowshoes - we test binding comfort with a variety of footwear.
We test binding comfort with a variety of footwear.
Credit: Ian McEleney

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