Snowboard Protection: The Complete Buying Guide
Wearing protection isn’t about fear, it’s about being smart. The best riders in the world wear it, not because they fall more, but because they know exactly what happens when you fall. And sooner or later, everyone falls. This guide shows you how to choose the right protection for each part of your body, what the certifications mean, and how to build your setup around your budget.
Helmet
A helmet is the most important protection you can wear, and there’s no real debate about that. Every season in Europe, snowboarders and skiers die from head injuries that a helmet would have made far less severe. Buy one before anything else. In Italy helmets are also required by law at any age on ski and snowboard slopes (art. 17 of Legislative Decree 40/2021, as amended by Law 119/2025): see our Protection page.
Certifications
Not all helmets are equal. Certifications tell you the helmet has passed standard impact tests.
| Certification | Description |
|---|---|
| EN 1077 A | European standard. Class A protects a larger area of the head, including the temples. |
| EN 1077 B | Basic European standard. Smaller protected area. Less suitable for snowboarding. |
| ASTM F2040 | American standard for snow sports helmets. Equivalent to EN 1077. |
| MIPS | Not a certification but a technology: an inner layer that slides independently during an angled impact, reducing rotational forces on the brain. |
For snowboarding, look for at least EN 1077 A or ASTM F2040. MIPS doesn’t replace certification, but it adds an extra layer of protection, especially useful in the sideways falls typical of snowboarding.
Helmet Types
Hard shell: a rigid ABS or polycarbonate outer shell with EPS (expanded polystyrene) inside. The most common construction, and good protection for the price. The catch: after the first serious impact the EPS stays crushed and the helmet has to be replaced, even if it looks fine.
Soft shell / in-mold: the outer shell is thinner and fused to the EPS in a single molding process. The result: a lighter, better-ventilated helmet, often with a better fit. It costs more. Brands such as POC, Uvex, and Smith use this technology on their premium models.
Hybrid: a hard shell where impacts are most likely and in-mold construction in the less exposed areas. A good compromise between protection, weight, and price.
Helmet Fit
A helmet that doesn’t fit doesn’t protect. Here’s how to check:
- The helmet should sit level on your head, not tilted back.
- At the front: it should cover your forehead down to two fingers above your eyebrows.
- At the sides: it shouldn’t move when you shake your head.
- It should be snug enough to stay put, but not so tight that it presses on your temples.
Many modern helmets have an adjustment dial at the back (BOA or similar) so you can change the fit without changing helmets. Very handy if you’re between two sizes.
Integrated Visor vs. Separate Goggles
Some helmets have an integrated visor (like a motorcycle helmet). The advantage is obvious: no compatibility issues and no gap between helmet and goggles. The catch: if the visor gets scratched or fogs up, you can’t replace it on its own. For most riders, a regular helmet + separate goggles is still the more flexible choice.
If you go that way, make sure the helmet holds your goggles well. Almost all modern helmets have a clip or retainer for the goggle strap, and most work with standard goggles. The gap between helmet and goggles shouldn’t be too big: snow gets in there when you fall.
Back Protector
For a snowboarder, this is the second most important piece of protection. Backward falls are the most common, and your spine is vulnerable. A good back protector can prevent serious injury.
EN 1621-2 Certification
This European standard splits back protectors into two levels:
| Level | Transmitted Force | Protection |
|---|---|---|
| EN 1621-2 Level 1 | Maximum 18 kN | Basic protection. Adequate for general use. |
| EN 1621-2 Level 2 | Maximum 9 kN | Higher protection. Halves the transmitted force compared with L1. |
For snowboarding, especially if you ride freeride, park, or backcountry, Level 2 is the one to get.
Built into the Jacket vs. Worn Separately
Built in: many technical jackets have a removable back protector in a pocket on the back. Convenient, always with you, doesn’t shift. The catch: it’s often only L1, and it’s made thinner so it doesn’t spoil the look of the jacket.
Worn separately (vest): you wear it like a T-shirt, over your base layer and under your jacket. It covers more (often your sides along the ribs and your shoulders too) and generally protects better. The market benchmark is Dainese, which makes L2-certified back protectors also used in motorcycling. Poc, Evoc, and Spidi also have excellent options.
In a backpack: some freeride backpacks have a back protector built into the back panel. A clean solution if you already carry a pack on the mountain.
Knee Pads
Knees are vulnerable joints, especially for beginners, who often fall sideways, and for anyone riding the park or halfpipe, where impacts can be violent.
Knee pads come in two main types:
Soft: neoprene or foam with protective inserts (D3O or similar). Thin, worn under your pants. They protect against scrapes and light knocks. Comfortable enough for everyday use.
Hard: with a hard outer shell. Used mainly in the park and halfpipe. Some are EN 1621-1 certified for joint protection. Worn over your pants or on a dedicated base layer.
For most riders, good-quality soft pads under your pants are enough. If you ride the park a lot, consider hard ones.
Wrist Guards
Wrist fractures are the most common injury in snowboarding. When you fall, your instinct is to put your hands out to break the fall, and the result is often a broken radius.
Wrist guards have a rigid splint (usually plastic) that spreads the force of the impact along your forearm instead of concentrating it on the wrist. Clinical studies show a clear drop in wrist fractures among people who wear them.
How to Choose Them
- Built into the glove: the guard is inside the glove. Practical, but it limits your choice of gloves.
- Separate, worn under the glove: more flexible. Pick a model that works with your gloves.
- Back only vs. double: a guard only on the back of the hand covers forward falls. A double guard (back + palm) is more complete.
Reference brands: Burton (wrist guards built into some gloves), Dakine, Demon, Flexmeter.
Important note: wrist guards reduce the risk of fracture but don’t eliminate it, and they don’t protect your ligaments. They’re still strongly recommended, especially for beginners.
Protective Shorts
Protective shorts look silly until you fall on your butt. They have padding where you hit most often: hips (the main risk area), tailbone, and often the glutes too.
When they’re useful:
- Beginners: you fall sideways and backward a lot. Shorts cut down on pain and bruising.
- Jibbers and park riders: impacts on rails and features can be violent.
- Anyone learning to carve: the falls are hard and sudden.
You wear them under your pants, over your base layer. The best models are thin enough that they’re not uncomfortable and don’t change how your pants fit. Brands such as Dainese, Poc, and Burton make good-quality protective shorts.
Goggles
Goggles deserve their own article, but here are the essentials for protection and for choosing a pair.
Lens Types
Cylindrical: curved on one axis only (horizontal). Cheaper, less distortion at the edges, but a narrower field of view.
Spherical: curved on both axes. More expensive, less glare, and a wider field of view. Go for these if your budget allows.
Toric / aspherical: an even more complex shape, minimal distortion. Top of the line.
VLT Categories (Visible Light Transmission, how much light gets through the lens)
| Category | VLT % | Conditions |
|---|---|---|
| Cat. 0 | 80–99% | Night, thick fog |
| Cat. 1 | 43–79% | Poor light, fog |
| Cat. 2 | 19–42% | Changeable light, cloudy |
| Cat. 3 | 8–18% | Full sun |
| Cat. 4 | 3–7% | Intense sun at altitude, glacier; not suitable for driving |
Many modern goggles have interchangeable lenses: you buy one pair and get two or three lenses for different conditions. It’s a smart buy.
OTG (Over The Glasses)
If you wear prescription glasses, you can’t just put any goggles over them. OTG models have a roomier inside and side channels for the arms of your glasses. If you wear glasses, always check for this.
Ventilation
Goggles that fog up are dangerous. Quality models have well-designed venting: vents on the inner and outer frame create an airflow that stops condensation from forming. Anti-fog coatings on the inner lens help, but ventilation is still the main factor.
Recommendations by Budget
If you can’t buy everything at once, this is the right order:
| Priority | Protection | Why |
|---|---|---|
| 1 | Helmet (EN 1077 A) | Your head can’t be repaired. Non-negotiable. |
| 2 | Back protector (at least L1) | Backward falls are the most frequent in snowboarding. |
| 3 | Wrist guards | Wrist fractures are the most common injury. They cost little. |
| 4 | Quality goggles | If you can’t see, you fall. Not an accessory. |
| 5 | Protective shorts | Very useful for beginners and park riders. |
| 6 | Knee pads | Add them once you’ve covered the rest. |
Price Guide
| Protection | Budget | Mid Range | Premium |
|---|---|---|---|
| Helmet | €60–€100 | €100–€200 | €200–€400 |
| Back protector | €40–€80 | €80–€150 | €150–€300 |
| Wrist guards | €20–€40 | €40–€70 | - |
| Goggles | €40–€80 | €80–€150 | €150–€350 |
| Protective shorts | €30–€60 | €60–€100 | €100+ |
| Knee pads | €20–€40 | €40–€80 | €80–€150 |
A complete good-quality setup (mid-range helmet + L2 back protector + wrist guards + decent goggles) costs €300–€400. That’s not cheap, but this gear lasts for years, and you hope you’ll never really have to put it to the test.
Remember to replace your helmet after every serious impact, even if it looks fine: the EPS stays crushed and no longer protects the way it did.