Whether you're a seasoned skier or snowboarder or headed to the mountain for the first time, finding the right helmet that will work for you is essential. A ski helmet or snowboard helmet provides essential protection against head injuries from falls or collisions on the slopes. Modern helmets are designed to be lightweight, comfortable, and even integrate your headphones, so there's really no reason to skip this crucial piece of safety equipment. It’s that time of year! Time to find the perfect present for our adventurous loved ones. For that person in your life who loves all things cold weather, check out our gift guide for skiers and snowboarders.
For women who love carving through fresh powder, the right gear is essential. Among the most crucial pieces of equipment is the snowboard helmet. This article delves into the essential features of women's snowboard helmets, ensuring you make an informed choice for safety and style on the slopes.
You don't have to ski the trees or catch big air to appreciate a helmet. That said, when wearing your helmet, remember that they are valuable but not invincible, and any protection they may provide is limited.
Why a Snowboard Helmet is Essential
Protecting Your Head from Injuries
Snowboarding can be as dangerous as it is exhilarating. A fall or collision can result in severe head injuries, which can be life-threatening or cause long-term damage. Many ski resorts have made helmets mandatory for all snowboarders. Helmets are subject to rigorous safety standards, ensuring they provide adequate protection.
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Enhancing Confidence and Performance
Wearing a helmet can also boost your confidence on the slopes. Knowing you're protected allows you to push your limits safely. This peace of mind can translate to better performance, as you're able to focus more on your technique rather than worrying about potential falls.
How to Determine Your Ski & Snowboard Helmet Size
One of the most crucial factors to consider when choosing a ski or snowboard helmet is the size. A helmet that fits perfectly is essential for maximum protection and comfort.
Measuring Your Head Size:
To measure your head size, take a soft measuring tape and wrap it around the base of your head, roughly along your temples and above the ears, about one inch above your eyebrows. This is the widest part of your head, and it's where the helmet should fit comfortably. Helmet measurements are typically determined by centimeters.
If possible, try on helmets in-person at your local REI store to find one that is most comfortable. It should fit comfortably and sit on your head correctly for best protection. (Tip: Bring your goggles with you to the store and try them on with the helmet.)
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You can find your correct size by measuring the circumference of the largest part of your head. Grab a tape measure and wrap it just above the ears and about 1" above your eyebrows. Measure around the largest part of your head (keeping the tape level) to determine the circumference of your head. Consult the sizing chart for specific brands.
Fit tips
- A good helmet should feel snug but not tight.
- If the helmet can rock back and forth, the fit is too loose.
- Shake your head from side-to-side. If the helmet shifts, try a smaller size, adjust the sizing mechanism or use thicker sizing pads.
- Push up the front and back edges. If they move, tighten the straps.
- The helmet should be positioned low enough in the front to protect your forehead. It should sit level with its front edge no more than 1" above the eyebrows.
Finally, check to make sure there are no gaps between your head and the helmet lining. Note: A few models use sizing pads to fine-tune the helmet's fit.
The Difference Between Standard & Round Fit Helmets
There are two different fit options for snow helmets: standard and round. A standard helmet accommodates oval head shapes. When a standard helmet fits correctly, you'll notice comfort around the entire head, without pressure on the sides, front, or back of the helmet.
If you try on a standard helmet and notice discomfort or pressure on the sides of the helmet, try on a round fit helmet. A round-fit helmet is narrower from front to back but wider throughout the sides, relieving possible pressure points and giving more width to the sides of the helmet for the best fit. Round fit helmets tend to have more room through the sides of the helmet and crown area, which can provide a more comfortable fit for those with a rounder head shape. Ultimately, the choice between a standard and round fit helmet comes down to head shape.
Chinstrap/buckle:
The chinstrap needs to fit back against the throat to reduce the chance it will come off when it is impacted. The strap should fit snugly but loose enough for you to be able to chew food without feeling choked or pinched. Always fasten the strap before riding.
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Key Features to Look for in a Women's Snowboard Helmet
Fit and Comfort
A helmet that doesn't fit properly won't offer the protection you need. Look for adjustable straps and sizing systems that ensure a snug but comfortable fit. Many helmets also feature padding that molds to the shape of your head over time, providing additional comfort.
Ventilation Systems
Snowboarding is physically demanding, and you'll likely work up a sweat. Proper ventilation systems are essential to keep you cool and prevent fogging in your goggles. Look for helmets with adjustable vents that allow you to control airflow based on your activity level and weather conditions.
When it comes to ventilation, ear pads, and liners in ski and snowboard helmets, comfort is the main factor to consider. Do you tend to run hot or cold while actively skiing or snowboarding? Different ventilation properties will support breathability to keep you comfortable throughout the day.
Selecting The Right Ski/Snowboard Helmet
When exploring helmet options, you have the option to choose between active or passive ventilation, which comes down to vents that can open and close (active), or vents without the option to move (passive). Passive ventilation channels help to draw fresh air in the front and pull moisture from the back of the helmet. Active ventilation, provides the option of opening the vents to draw in fresh air, and close the vents to retain warmth. For a helmet that features active ventilation, check out the Merak WaveCel Helmet.
- Vents: Vents bring cool air in and warm, sweaty air out.
- Some helmets have removable plugs, which means you need to take your helmet off to adjust the airflow.
- More desirable are helmets with adjustable vents. With the push of a lever you can instantly fine-tune your airflow level and not interrupt your ride.
Weight and Material
The weight of your helmet can affect your comfort and performance. Lightweight materials like polycarbonate or in-mold construction offer excellent protection without weighing you down. These materials also contribute to the helmet's durability, ensuring it lasts for multiple seasons.
Ski / Snowboard Helmet Construction
There are a few different helmet constructions to consider when selecting your helmet. Do you care about weight, durability, style, or all of the above?
In-mold helmets:
These are made by attaching the shell and shock-absorbing foam in a single molding process. They are sleek and much lighter than injection-molded helmets. In-mold helmets are simple, featuring a hard outer shell made from polycarbonate materials. Typically, you'll find in-mold helmets to be lighter in weight and offer a low-profile style.
Injection-molded helmets:
These use an EPS foam bonded to a separate shell, usually made of high-impact ABS plastic. These helmets offer more durability against everyday knocks and falls compared to in-mold helmets.
An Endura shell, or more commonly referenced, a hardshell construction, features an injection-molded ABS exterior for lasting durability and ding-resistant strength. This helmet typically feels slightly heavier than an in-mold construction but can be found in a low-profile and sleek style like the Windham WaveCel Helmet.
Hybrid Helmets
A hybrid shell takes a 50/50 approach, combining the benefits of an Endura shell and in-mold shell construction, featuring the durable components of an Endura shell on top and an in-mold shell on the bottom for a lightweight feel.
Ski & Snowboard Helmet Components
Just like running shoes differ from hiking boots, snow helmets are different from bike or skateboard helmets. They have specific features such as ear coverage, moisture-wicking liners and temperature-sensitive materials.
- Shell: The shell, or outer layer of the helmet, is a rigid surface (typically ABS high-impact plastic) that can help protect the head against sharp objects, knocks and abrasions. It also helps spread impact energy over a larger portion of the helmet during a fall.
- Inner liner: This is typically made from EPS (expanded polystyrene) foam, the material that looks like Styrofoam®. It's designed to absorb impact. In a hard fall, the liner foam can get compressed, a condition that you may or may not be able to discern. A helmet should always be destroyed and replaced after a serious fall.
Ski & Snowboard Helmet Protection Inserts + Certifications
Anon ski and snowboard helmets utilize two different inserts, WaveCel and MIPS. For certifications, all Anon Helmets adhere to the two applicable certifications listed below, ASTM 2040 and CE 1077B.
Protection Inserts
- WaveCel® Technology - WaveCel® behaves like a network of hundreds of interconnected shock absorbers connecting your head and the outer shell of the helmet. WaveCel® helps distribute the impact energy through its network of cells, reduces impact forces like the crumple zone of a car, and then helps divert rotational forces by flexing and gliding.
- MIPS (Multidirectional Impact Protection System) is a revolutionary technology that mimics the brain's own protection system with a low friction layer that lets the helmet slide relative to the head.
Helmet Certifications
- ASTM 2040 - This is a standardized test and certification used for recreational ski and snowboarding helmets from the American Society of Testing Materials. Each helmet model must pass a series of impact-driven tests, testing the helmet at a series of simulated speeds and drops to achieve this certification.
- CE EN1077: This is a European certification for alpine skiing and snowboarding helmets. Some also meet CE EN1077 standards, a European certification for alpine skiing and snowboarding helmets. (These certifications cover nonmotorized recreational snowsports).
- CE 1077B -This is a certification provided by the European Committee For Standardization, specifically for recreational ski and snowboard helmets. This certification considers all aspects of a helmet's construction, including helmet straps, helmet design, and ear pads. Similar to the ASTM certification, each helmet model must pass a series of impact, speed, and temperature tests to achieve this certification.
Some helmets are certified to both ASTM and CE EN standards, though one could conceivably meet the CE EN standard but not the ASTM standard. Currently, a few snow helmets sold at REI have both endorsements.
Some helmets like the Smith Summit Mips are also certified to EN 12492 standards for mountaineering.
While certifications and protection inserts may allow a helmet to provide a better level of protection, nothing is absolute.
Ski & Snowboard Helmet Fit Elements
Additional ski and snowboard helmet elements include fit enhancement and helmet straps to improve overall fit and ease of use. Check out our favorite fit systems and helmet buckles below to learn more.
- BOA® 360 Fit System - A BOA 360° Fit System delivers micro-adjustable precision fit, offered as an in-shell fit dial just below the helmet shell that provides micro-adjustments in a complete halo around the wearer's head for a perfect fit.
- Auto-Adjust Fit - The Auto-adjust fit system features an elastic closure in the rear of the helmet that dynamically flexes around the wearer's head for a secure fit.
- Fidlock® Buckle - A Fidlock buckle-strap contains magnets that allow wearers to open and close their helmets with one hand, alleviating the inconvenience of removing gloves or using both hands to unbuckle and clasp a helmet securely while on the mountain.
Ski & Snowboard Helmet Ventilation, Ear Pads and Liners
All Anon Helmets come equipped with ear pads and helmet liners, both designed to retain warmth around the ears and head. Our ear pads are also audio compatible, and can be removed if desired.
Some helmets have detachable ear pads and liners for adjustable warmth. Removable liners can be washed, which is nice after a sweaty on the mountain.
Ski & Snowboard Helmet Features and Accessories
- Camera Mount: Helmet-mounted cameras such as the GoPro are a popular add-on, and some helmet styles now include a built-in camera mount.
- Audio: Some helmets come with built-in speakers that let you listen to your MP3 player, cell phone or 2-way radio. For others, just add ear buds and you're ready to rock.
- Liners: Detachable ear pads and drop liners let you customize how much warmth you need.
- Goggles compatibility: There should be no gap between the top of your goggles and the helmet. Make sure the helmet fits snugly to the top of the goggles, but not so low that it hinders vision or pushes down the goggles.
- Hard case: A hard storage/travel case (sold separately) helps to keep your helmet looking shiny and new.
Ski & Snowboard Helmet and Goggle Pairings
Once you've determined fit, size, and style preferences, it's time to consider your new helmet and goggle combo. When trying on ski or snowboarding helmets, consider wearing your goggles to ensure they integrate well and there are no gaps between the helmet and goggles. Learn more about our Ultimate Integration tech that ensures a precise fit and maximum airflow between Smith goggles and helmets.
How should a snow helmet fit?
A snow helmet should fit snugly without being too tight. It should sit level on your head, covering your forehead but not obstructing your vision. The helmet shouldn't move when you shake your head, and the chin strap should be adjusted securely yet comfortably. Proper fit ensures your ski helmet provides maximum protection.
How long do ski helmets last?
Ski helmets generally have a lifespan of about 3 to 5 years, but it really depends on usage and care. Over time, sunlight, temperature changes, and regular wear can degrade the protective materials. If your helmet has been involved in a significant impact or shows signs of damage, replace it immediately. Regularly inspecting your ski helmet for cracks or wear ensures it remains safe and effective in protecting you on the slopes.
What is a Mips® ski helmet?
A Mips® ski helmet features the Multi-directional Impact Protection System (Mips®), a technology designed to reduce rotational forces to the brain during angled impacts. Traditional ski helmets and snowboarding helmets protect against direct impacts, but Mips® adds an extra layer of safety by allowing a small rotational movement of the shell relative to the liner. For the ultimate, fog-free experience and true seamless integration, nothing beats pairing a Pret helmet with a Pret Goggle. Pret Helmets are designed with our iconic brim that aligns perfectly with the shape of our Pret Goggle frames, enhancing the industry's strongest ventilation system, Pret's VisionVent system. Our VisionVent technology creates a perfectly tuned airflow channel to actively pull moisture out and guarantee maximum clarity.
Pret Helmets Ventilation Levels
Looking to use your other goggles? Pret groups our helmets into different ventilation “tuning” levels depending on intended use, climate, and how much control/airflow the user wants
- Level 1: Simple & Lightweight: The vents are minimal, simpler to operate, and optimized for cold or moderate conditions (you don’t need huge airflow). In this system, the user often has manual flaps to “open / close” or expose vents as needed. Pret Helmets with Level 1 ventilation are Cynic, Lyric, Epic, Sol and Moxie.
- Level 4: Maximum Ventilation / Highly Adjustable: These helmets offer a more aggressive venting architecture, with more vent ports, and adjustment mechanisms to “dump heat” when you're working hard (e.g. skinning, bootpacking) or close things down when conditions change. More vents and more adjustability give better control over thermal comfort, especially in variable temperatures or exertion levels. Pret Helmets with Level 4 ventilation are Cirque and Corona.
- Level C: Versatility & Control: Level C gives full control over the front and top vents for a quick “on/off” for your helmet ventilation. Push the slider to the front to open everything up, to the back to close it down, or leave it in the middle for a little bit of both.
Snowboard Helmet Comparison Table
There’s no shortage of options when shopping for a snowboard helmet, but we think the Prime puts it all together better than most. Spending up will get you even more premium construction and durable materials-in general, we think Smith makes slightly higher-quality lids. On the flip side, you can save some cash with a heavier and more generic option or by forgoing Mips technology. But the Prime hits a real sweet spot for many snowboarders, and the good news is that comfort and usability are up to snuff, thanks to an in-shell, 360-degree Boa fit system, a Fidlock magnetic chin buckle, and removable fleece ear pads. Finally, like most designs here, it’s also compatible with audio accessories. All in all, for a top-end helmet from one of the best in the business, look no further than the Anon Prime Mips.
| Helmet | Price | Construction | Weight | Ventilation | Impact Tech |
|---|---|---|---|---|---|
| Anon Prime Mips | $245 | Hybrid in-mold | 1 lb. 2.8 oz. | Adjustable (23 vents) | Mips |
| Smith Scout Mips | $120 | ABS | 1 lb. 2 oz. | Fixed (8 vents) | Mips |
| Smith Vantage Mips | $295 | Hybrid in-mold | 1 lb. 2 oz. | Adjustable (21 vents) | Mips |
| Giro Taggert Mips | $200 | In-mold | 14.5 oz. | Fixed (4 vents) | Mips |
| Smith Summit Mips | $260 | Hybrid in-mold and ABS shell | 15.8 oz. | Fixed (33 vents) | Mips |
| Giro Jackson Mips | $220 | In-mold | 14.1 oz. | Fixed (8 vents) | Mips |
| Glade Optics Boundary Mips | $199 | In-mold | 1 lb. | Adjustable (16 vents) | Mips |
All helmets have a limited life span and should be replaced every 3-5 years. The main protective layer of your helmet is formed using Expanded Poly-styrene (EPS). EPS is sensitive to temperature variance. Your helmet lives an active lifestyle and is exposed to the elements on a regular basis.