Snowshoeing has excited for the longest time, leading all the way back to the time when Native Americans dominated the land and used snowshoes as tools for winter hunting and trading. Recently snowshoeing has become an alternative indulging recreational activity – be it as an afterschool activity at your local high school or hiking on extreme conditions on Mt. Everest. Additionally, snowshoeing is also favored by hikers and runners who continue with the relatively safe activity during winter time or on large summits such as Mt. Everest.
Snow shoes are an important tool of this activity however; one has to find the most efficient snowshoes with right features- taking into consideration features such as weight distribution, material and length of the snowshoe. Nevertheless, the activity is fun and environmentally favorable. Snowshoeing reduces soil erosion as the snow shoes will pound on the thick snow rather than soil and packs the snow permanently as a layer of land.
Below are the 10 best snowshoes for beginners and experts in 2022 to help you understand and explore the best option for this year’s snowshoeing adventures.
How To Choose A Pair Of Snowshoes – Buying Guide
Snowshoes come in different terrain types. A pair of snowshoes designed for all terrains make them ideal for use on any terrain – sort of like all-mountain snowboards that can be used on any terrain. Other types are made for flat terrain, rolling terrain, and mountain terrain.
Flat terrain shoes are excellent for beginners as they are made for flat terrains (non-steep) that are not challenging to walk on. Most are designed to fit the whole family and normally feature adjustable and easy-to-use bindings. Additionally, because they are designed for flat, non-aggressive terrains, their traction is normally modest.
Rolling terrain shoes are designed to be mountaineering snowshoes thanks to their ability to work on both rolling and steep terrains, additionally, they are also very good backcountry shoes – they are constructed with tough crampons and boast extremely secure bindings to fit a typical hike.
Mountain terrain shoes are designed for more expert and professional hikers. Typically serious mountaineering snowshoes and backcountry snowshoes are constructed to be adaptable on mountain terrain. If you are a serious mountaineer, used to tackling and challenging the Himalayas or K2, these are typically shoes used on such aggressive terrains. They work and provide masterful traction on very steep terrain and in icy conditions. Their highly durable bindings also withstand the hardest of conditions and provide an ultra-strong and secured grip on footwear.
Related Post: How To Choose Snowshoes
The deck is an important part of the snowshoe because of this solid top part of the snowshoes. When scrutinizing the deck on snowshoes, key factors to remember are – material and size. The best snowshoe will provide proper stability and shock-resistant balance. Additionally, an appropriately sized deck will effectively distribute weight.
Deck size is determined by the shoe frame, whether oval or tapered and together deck and frame size are determined by weight. Weight is an important factor because it directly affects how the deck and thus, the whole snowshoe will work. As weight/load capacity increases so do frame and decks size, otherwise known as snowshoe length.
Snow and powder depth should also be considered when choosing the right deck size. If snow is softer, a larger frame and deck are ideal to be able to breeze through the snow, however, large shoes limit maneuverability. Most snowshoers decide to go for smaller frames and decks, which also allows comfortable binding of boots and the additional tail attachment for enhanced floatation.
There are two key types of binding that individuals work for different kinds of snowshoeing – rotating and fixed bindings. Rotating bindings are ideal for backcountry snowshoeing and ascending on steep terrains, thanks to the pivot and rotating mechanism at the attachment point. This mechanism also helps shed accumulated snow, typical for such types of snowshoeing.
Rotating bindings, however, because quite cumbersome to operate when you come across an obstacle on your tails such as trees or huge rocks. This limitation is due to the fact that the shoe tail drops when your feet are raised and the tail tends to stick to the obstacle – unless you are sporting removable tails, which you can easily remove in such situations.
Fixed bindings are ideal for rough terrains that tend to have obstacles such as forests. Fixed bindings do not rotate or pivot and thus, the snowshoe remains intact on the foot. The non-rotational mechanism, however, makes a pair of snowshoes uncomfortable to walk or hike on for a long time – due to their long design and inability to shed off accumulated snow on the trail.
Snowshoe traction is provided by crampons and heel lifts. Crampons maximize traction by biting into the snow with each step you take and turn as your feet move thus, also enhancing the anti-skid and anti-slip properties of a snowshoe. The heel lifts further enhances traction on steep terrains.
Crampons are normally sharp-toothed and located at the heel of the snowshoe below bindings as well as on the sides for practical functionality. Traction on the heels of the shoe slow you down when descending slopes by grip on to the ground thus, preventing accidents, whilst the heel lift, found under the heels of the shoe, also reduces strain and fatigue on your calves whether ascending or descending on steep terrains.
All shoes for the snow are constructed with different materials, as different materials are used for the different parts, i.e, frame, deck, bindings, and crampons. The snowshoes are fitted with frames that are constructed for weatherproof and strong material such as aluminum, steel, or carbon. Some frames are made of composite material such as plastic which normally blends well with the plastic that is dominantly used on most decks of shoes for the snow.
Some frames are made of synthetic material such as nylon which is extremely durable. Additionally, bindings are made of nylon for the majority of shoes due to their functional no-snap” or” break” properties, even in the harshest of conditions. Crampons on the other hand are made of weatherproof stainless steel of carbon material to effectively shred through the ice and secure grip onto the ground.
It is, however, key for the snowshoes to be light weight. You want strong and resistant shoes but not too heavy to restrain your movement.
The size which is also translated as the length of the snowshoe is also very important to consider, and directly affects weight. Size and weight affect floatation, thus, they have to be paired well. Although unisex shoes for the snow exist, there is also a significant difference between those for women and those for men. Women’s ones tend to be narrower and boast contoured frame construction whilst shoes for men are large and can support heavier weights.
How do you determine size? After identifying the right kind of snowshoes for yourself – unisex, men’s or women’s’, the next thing to do is compare the length of the snowshoe and the load you expect to have, i.e. your weight plus gear. This gives you the size of your snowshoe. Typical snowshoe size examples are listed below;
18” 60 -100lbs
Attention should also be paid to age. Some snowshoes are constructed to fit all from kids, youth to adults, and come with various size options to suit each individual group whilst others are construction for a specific age group. Always find out to whom the snowshoes are designed for – kids, youth, adults, or both.
Related Post: Snowshoe Sizing
Compression simply means are secure your boots are held. This factor is determined by the bindings and purpose of the shoe. They are a variety of bindings to further enhance the shoes’ performance for example; snowshoes for running are normally lightweight and smaller but they are fitted with securely tight bindings to allow the snowshoe runner maneuverability and safety.
Ratchet straps and nylon straps are ideal for snowshoes for beginner because they offer lightweight, highly adjustable, and secure bindings for entry-level snowshoeing, safe enough to hold amateurs and beginners on the less dangerous and rough terrains whilst the durable and freeze proof rubber straps are used on both flat terrain and mountain terrain shoes. Straps either feature the duo fit, 2-strap system, or a 3-strap system. Most of the best models of snowshoes boat 3-strap system – it is more favorable as it is more secured and less likely to untie its self in extreme conditions. Te 2 strap system is also functional and ideal for flat terrain snowshoeing.
Different snowshoe brands offer the universal snowshoe sizes however, their fit may slightly vary. How do I know a size 12W snowshoe for XXX brand will fit like a 12W? The best advice is to go through the brand’s sizing chart as well as taking the time to go through snowshoes reviews to better understand the snowshoe you want to purchase. If you find shoes for the snow ratings that favor your choice, I mean a rating of 9 – 10 in terms of fitting; you can’t go wrong with the choice. Plus, it also goes down to your instincts and judgment.
The next time you get your new pair of shoes for the snow, ensure the correct shoe is on the correct foot, place the balls of your feet over the top of the hinges and tighten the front straps, then the heel strap, and lastly, the instep strap. Make sure the straps fit snuggly and are comfortably secured for you to move, and not too tight or too loose.
Weight is also an important factor that affects the performance and functionality of your shoes for the snow. You want a pair of snowshoes that are constructed with freeze-proof, glove-friendly, and durable material but you want it to be lightweight, so your hike can be faster and less strained. Go for a pair that weighs no more than 5 lbs.
Weight can also be looked at from a terrain point of view. Waking on flat terrain for a short period of time will probably be more tolerable for one than mountain hiking on a rough trail with the same pair. It all goes back to your judgment and abilities in the outdoors. Just don’t go for anything you think will weigh you down, whether walking or hiking up a difficult mountain.
Frame size is not determined by the size of your boots for snowshoeing but rather by your weight and load capacity, snow cover, and terrain. Heavier weight and softer snow cover require larger frame sizes whilst smaller size framed shoes for the snow provide better maneuverability. It is simply key to master the skills to combine these features together and understanding the different dynamics of snowshoe brands to get the most efficient snowshoes. A few reads on shoes for the snow reviews also go a long way to better understand how to integrate weight whilst putting into account the terrain you will be walking on, to determine frame size.
Snowshoe tails are very important because they increase floatation. Some shoes for the snow are constructed with frames that integrate tails whilst others have modular tails (most of the time sold separately), that need to be attached to increase the length of the snowshoe and thus floatation.
The latter design is always favored because it enhances the snowshoe’s versatility, meaning that if attached, the tail enhances floatation and if disassembled, this shortens the length and increases the snowshoes’ maneuverability. This concept works especially well in instances where large shoes for the snow are needed such as on soft snowy terrains and if their need ends, you can simply detach the tail to increase your maneuverability.
If the right size and material are chosen – rest assured you have the right decking. Top-rated shoes for the snow are constructed with impact-free decking that provides excellent puncture. You want your decking to be spacious and strong enough to absorb and distribute weight without negatively impacting the performance of your snowshoe, but rather supporting their function, by making them more stable, balanced, and more controllable.
The decking, otherwise known as webbing, is stretched across the frame to give the snowshoe body and attached with space for bindings. The solid deck construction also minimizes the amount of snow that can seep through the snowshoe. The most efficient snowshoes are constructed with plastic or synthetic material such as neoprene, due to its durability, rotting resistance, and floatation quality. Unlike, conducting low-quality material such as iron, neoprene is an excellent insulating material and thus, it does not transfer the cold temperature from the snow.
Crampons provide traction to snowshoes which accounts for the secure grip on the ground, anti-slip, and anti-skid properties. The tooth-like crampons should be constructed from strong material such as stainless steel or carbon, which is able to bite through snow and secure grip on to the ground. The mechanism of the crampons involves them biting into the snow when one lifts their feet, allowing a smooth and stable ascend with every step taken. Crampons are normally placed under the binding on the heel of a snowshoe and on the sides. Crampons on the sides provide traction when traversing or walking sideways across a path.
Below is a summarized role for the most common existing crampons. It is good to be aware of the possible choices to be able to make an informed decision on your purchase, therefore, having a more comfortable and successful winter sports activity.
Heel crampons – found on the underside of shoes and fill snow to slow down your speed when descending downhill
Side rails – found on the side and they work to reduce side slipping when traversing across slopes as well as to provide stability
Toe crampons – found on the underside of the bindings, they pivot with the shoer’s feet.
Heel lifts – found on the underside of the shoes and are wires that help prevent strain or fatigue on calves
Heel lifts complement crampons to induce traction however; they perform this function quite well when ascending or descending steep terrain. Heel lifts are metal bars that work by pushing up under your heel on such terrain. They are placed under your heels and also work to reduce strain and fatigue on calves.
It is important to identify and follow the recommended weight load for your shoes, thus, the importance to choose the right snowshoe. Recommended load capacity translates your weight combined with the weight of gear or any items you will be carrying with. Like any physical activity, you always want to travel as light as possible, carrying only the essential to prevent early fatigue.
Again, boot size is irrelevant to choosing the right snowshoes for you. You might come across a snowshoe with specifications that support boot size 4.5W to 15M, this is simply booting sizes that will perfectly fit into the snowshoe, however, this factor itself is not enough to determine whether the snowshoe is ideal for you or not.
Weight load on the other hand does. Weight and length work, hand in hand and each length come with its recommended size. This is because snowshoe length, frame size and decking work to distribute the weight (which must be reasonable) as well as the weight will affect its maneuverability, floatation, and traction capabilities. Refer to the size list able to understand the ideal weight for each snowshoe size, simply remember that the heavier the load, the larger the snowshoe size should be.
Softer snow conditions require one to wear larger snowshoes to be able to maintain floatation and properly distribute weight over a large area sot the individual does not sink completely into the soft snow. Shoes for the snow with modular tails are more favored as they can adapt to any snow conditions. If there is softer snow, attach the tail make the snowshoe larger thus, increasing floatation, and if you come across less soft snow, rougher and steeper terrain, remove the tail, to reduce the size and make the snowshoes more maneuverable. Additionally, when thinking of snow conditions in relation to choosing the most efficient snowshoes options, it is also wise to think of the terrain to which the snow will be laying – is it flat, rolling, or mountainous?
Q: How Do Snowshoes Work?
Snowshoes work by providing floatation – distributing the weight of a person so their feet do not sink into the snow thanks to their large deck areas. Imagine this, if you only had your hiking boots on and you walk into deep snow, your feet will definitely sink, which is not a very safe thing to happen to you. Shoes for deep snow simply provide the non-existent wider surface area so the pressure from your feet is absorbed and exerted onto the shoe to sink the feet.
A person simply attaches their winter boots into the shoes for deep snow and binds them with straps for a secure hold. Additionally, they are normally attached with tooth-like crampons at the heel and sides of the shoe to provide anti-slip and ant—skid properties, otherwise known as traction, one has a secure grip on the snowy ground with each step taken.
Terrain also affects the mechanism of your shoes’ function. If you are on snow that is soft, you need large shoes or simply add a tail to your modular tail type snowshoe to increase its size. If you are hiking on harder snow, smaller shoes are better. If you are hiking on groomed trails known to have an obstacle, remove the tail to increase maneuverability.
If the snow is too deep, one can easily maneuver through obstacles buried under the snow without incident all thanks to the shoes’ remarkable floatation. The shoes for deep snow are additionally, quite gentle on the feet than regular shoes thanks to their cushioned footbeds.
Constant snowshoeing is also good for the environment. If an area is a frequent route used for snowshoeing, the constant pressure and compacting of snow by the large surface area of the snowshoe, leave the snow as a buffer to the ground, thus preventing actual erosion of the trail.
Q: Are Snowshoes Safe?
Snowshoeing is a relatively safe sport if all the guidelines are followed well. Since snowshoeing is done during the cold weather, make sure you have proper insulated clothing and gear. Put on insulated clothes and boots and add supporting clothing accessories such as gaiters to maximize on the warmth and insulation. They are risks of falling or hitting obstacles, try to be more vigilant and aware of your surroundings.
Getting lost is also another is scare of cold weather outdoor activities, especially hiking, simply stick to the trail and have a companion with you, it’s just safer that way. Athletes and outdoor enthusiasts always have that drive to want to accomplish and reach their goals, whether summiting Mt. Everest or bringing home the best catch, this has a good side but also has a bad side. You need to be healthy and strong to snowshoe, thus, always know and respect your limitations, this doesn’t make you weak, it simply makes you wiser. Plus, you can always try again!
Q: How To Use Snowshoes?
Shoes for deep snow add more floatation, so attach your boots and head on to your walking, hiking or trekking activity. Most recently, high schools have adapted it as an alternative recreation activity during winter to counter obesity. Some people even pair the shoes with walking or trekking poles to boost them even more. Smaller shoes are easier to operate when walking with poles.
Q: Do You Need Poles With Snowshoes?
It all depends. In most cases, poles are optional and help push you when snowshoeing. However, if you are on aggressive terrains such as high mountainous environments, it is advised to pair your shoes for deep snow with poles to provide you with as much support as possible.
Additionally, using poles during snowshoeing helps to delay fatigue. This is because walking/trekking poles help develop a walking or hiking rhythm and maintain it. They also provide excellent stability and straight for rough and aggressive terrains.
Q: What Kind Of Shoes Do You Wear With Snowshoes?
Shoes for deep snow can be paired with winter or hiking boots that are insulated, waterproof with thick soles and rubber or leather uppers. This is so that they can withstand the cold weather to which shoes for deep snow are used. The waterproof components help in case your shoes are covered with snow so the snow doesn’t penetrate the inside of your shoes to bring on adverse effects such as hypothermia.
Insulated boots also come with exceptional heat preserving quality to keep your feet warm all day whilst their moisture-wicking properties provide breathability, comfort and dry feet throughout the snowshoeing activity. As a hack, wear moisture-wicking wool or synthetic socks to add a layer of insulation.
Q: Can I Make My Own Snowshoes?
Yes. Dating back to when shoes for deep snow were not even known and no modern manufacturer existed; they were made using wood and used for hunting and trading trips during the harsh winter times. You can make your own shoes for deep snow using wood, which boasts anti-freezing properties and is sturdy enough to support heavyweight.
Once you have the material, figure out your pattern and size to start constructing. Add material such as nylon for the finishing products such as binding straps and be on your way to make your own snowshoe. There are plenty of sites online that provide a guided step by step manual on how to make shoes at home.
Q: Are Plastic Snowshoes Lower Quality?
No. Most shoes for deep snow are constructed with a plastic material such as neoprene for their decking. Making the decking highly durable, impact-free, with an increased puncture and supports insulation. Additionally, good plastic material is also an excellent insulator thus, this prevents the material from absorbing water and easily freezing. Frozen material is rigid, dysfunctional and easily breaks.
Q: Do I Need Crampons On My Snowshoes?
Crampons are extremely important for traction, thus It is highly advised to have crampons on your shoes to prevent skidding and slipping especially on ice and steep terrains. However, if you are bound for a straining and long trip, it is better to attach crampons when needed. If you are on flat and safe terrains crampons may also be unnecessary, they fully work in situations such as high-altitude mountaineering or ice climbing.
Q: How Can I Identify Poor Quality Snowshoes?
Think of the features you have explored in the buying guide section and how to integrate them to have the best hiking snowshoes. Poor quality shoes for deep snow tend to either have the less favored features or no-required features at all. If you use poor material such as iron, which quickly freezes as your frame, the shoes won’t be as dependable as should be. Metal decking is also not a good idea, because it will mess up your insulation.
Weak and non-durable material construction is also a sign of poor quality shoes because they are more likely to break or slip off in extreme conditions. Proper binding is also highly important and identified by the material used to make its straps. Non-rubber or neoprene straps will either easily damage or compress your feet too much to affect circulation and make your feet very uncomfortable. The crampons that induce traction, should be sharp to be able to bite through the snow and secure grip the ground, so don’t go for shoes with blunt crampons.
Globo Surf Overview
With the above 10 best beginner snowshoes reviews, you certainly have a wide choice to choose from – whether for high-altitude hiking or flat terrain walking, you are covered. The key take on choosing the right shoes for deep snow is you have to move back and take a minute to understand the features and the systems that many manufacturers develop more and more, to make their shoes more functional and easier to walk or hike on. And the new found wealth of knowledge on their features is definitely worth celebrating – because the next time you are shopping for a new pair of shoes you know you will be covered! Throwing some minimal care and maintenance such as sharpening your cleat crampons and proper storage for longer lasting use and new look every day.