Option D — Snowshoeing

Req 7d2 — Choosing the Right Size

7d2.
Explain how to choose the correct size of snowshoe.

Snowshoe sizing is primarily based on your total weight — meaning the combined weight of your body plus everything you are carrying (pack, clothing, gear, water, food). Bigger and heavier total loads require larger snowshoes.

The Sizing Principle

A snowshoe works by distributing your weight over a larger surface area than your boot alone, preventing you from sinking deep into soft snow. This is called flotation. A larger snowshoe has more surface area and provides more flotation. But a larger snowshoe is also heavier and harder to maneuver.

The goal: Choose the smallest snowshoe that keeps you on top of the snow for the conditions you will encounter.

General Size Guidelines

Most manufacturers publish a weight range chart for each model. Here are common starting points:

Total WeightTypical Snowshoe Size
Under 120 lbs (54 kg)22 inch or smaller
120–175 lbs (54–79 kg)25 inch
175–220 lbs (79–100 kg)30 inch
Over 220 lbs (100+ kg)36 inch or larger

These are approximate. Always check the specific manufacturer’s sizing chart for the model you are using.

Terrain Adjustment

Light or packed snow — Even a slightly undersized snowshoe works; the packed surface provides support regardless.

Deep, loose powder — Err larger. Powder provides very little support, so maximum flotation is needed.

Mountainous or technical terrain — Smaller, more agile snowshoes (even if slightly undersized for weight) are easier to maneuver on steep slopes, step-kicking, and technical terrain. Many backcountry snowshoes are intentionally compact for this reason.

Flat walking / recreational trails — Standard sizing by weight is ideal.

Comparison of smaller and larger snowshoes under different total weights showing how flotation changes in packed snow versus deep powder

For Youth Hikers

Most youth snowshoes are sized for a total weight under 100 lbs. Young Scouts with smaller frames should use youth models rather than adult models even if the adult size technically covers their weight — the weight distribution and binding position are designed for proportionally different feet.