The 5 Best Ski Helmets of 2025 | Impact Tested

Our Picks of Ski Helmets

Best Overall Helmet

Smith Method Pro Mips

Measured Weight (Large)	15 oz
# of Vents	6
Audio Compatibility	Yes
Removable Ear Covers	No
Goggle Attachment	Yes

The Smith Method Pro Mips was a favorite amongst our entire testing team, with respectable scores across the board, making it a great do-it-all helmet. With the clean appearance of a heavier free-ride model, we were very impressed with a low weight of only 15 ounces in a size large, which was greatly appreciated on long days in the resort or on sizeable backcountry missions. Our review team shared, “This helmet was comfy for the whole crew, even with various head shapes, thanks to neutral dimensions and a great wheel tightening system.” While it isn't as low profile as the POC Obex Mips, the Method Pro boasts top-tier impact test scores, which were performed at an accredited laboratory.

Throughout testing, we were able to stay warm while wearing the Smith Method Pro, but with minimal venting, we got quite hot on spring days with more pleasant temperatures. One of our reviewers commented, “The Mips system affords a bit of space between the liner and the main helmet, so it's more breathable than you might think, but we were definitely sweating in the Method Pro.” Additionally, the goggle strap is held in the back by a unique plastic hook that doesn't ever fully close on top of the strap, which we found to be an acquired taste. At the end of the day, this is a phenomenal helmet for skiers or riders wanting versatility, so keep it on your final list.

Read more: Smith Method Pro Mips review

Top Impact Test Scores

Scott Flow Pro Mips

Measured Weight (Large)	18.4 oz
# of Vents	6
Audio Compatibility	No
Removable Ear Covers	No
Goggle Attachment	Yes

The Scott Flow Pro Mips stands out as the top-scoring helmet in our impact testing process, which involves a series of drop tests at the lab. Throughout field testing, we were comfortable in the Flow Pro, and the unique construction of the earflaps allowed us to better hear our surroundings than most ski helmets. The review team shared, “This option included one of our favorite features, adjustable goggle vents, which were very convenient for dialing in the airflow needed to keep the goggles clear.” If you like helmets with a bunch of adjustable vents, we recommend comparing the vent-rich Smith Vantage Mips to the Flow Pro, which offers some of the best breathability in the lineup.

While we found the Flow Pro to be comfy, it was a bit top-heavy, with some subtle tilting forwards or backwards depending on how snug the fit was. This was a minor issue, but our review team is particularly skilled at catching nuances, stating, “The Flow Pro is pleasant to wear, but some of our testing crew reported some helmet shift, especially for smaller heads.” If you're looking for a comfy helmet that still scores well in impact testing, consider the Smith Vantage Pro Mips. Additionally, the rear goggle strap retainer requires a bit more dexterity and attention, especially with gloves on, but we were able to get used to it with practice. Besides a few setbacks, the Scott Flow Pro Mips is a great model for shoppers demanding the most inspiring drop test results, as long as the fit and profile work for you.

Read more: Scott Flow Pro Mips review

Best Bang for the Buck

Giro Ratio Mips

Measured Weight (Large)	21.7 oz
# of Vents	10
Audio Compatibility	Yes
Removable Ear Covers	Yes
Goggle Attachment	Yes

The Giro Ratio Mips delivered great impact test results at a price point substantially less than other high-end options. Our lead tester concluded that this helmet “strikes an impressive balance of value and performance, you don't need to spend big bucks to get great performance.” The Ratio Mips also includes a premium set of features but utilizes a cost-friendly hardshell construction to keep the price reasonable. The ventilation system has six adjustable vents, allowing you to micro-manage the airflow and temperature, a rare feature at this price point. The helmet uses a harness system for an adjustable fit, controlled by an oversized dial that is easily adjusted while wearing gloves.

While beneficial for cost savings, this helmet's injection-molded construction is also our biggest complaint. The increased weight and size are more noticeable while riding, and the bulkier appearance detracts slightly from its style. If you're looking for a ski helmet that is a bit more streamlined, check out the Giro Ledge Mips. But, the Ratio is hard to beat for skiers and riders looking for a high-quality helmet on a budget. It is an excellent option for casual skiers looking for a new lid that offers great features and top-notch protective technology and avoids the sticker shock of many top models in this review.

Read more: Giro Ratio Mips review

Best Ventilation

Smith Vantage Mips

Measured Weight (Large)	20 oz
# of Vents	21
Audio Compatibility	Yes
Removable Ear Covers	No
Goggle Attachment	Yes

The Smith Vantage Mips is a long-time favorite among resort riders and our test team for its feature set, fit, and incredible ventilation. “We love the easily adjustable dial fit system, which eliminates pressure points and provides a comfortable, custom fit regardless of head shape,” says one of our head testers, Isaac. The versatile ventilation system allows you to choose which vents to open so that you can tailor the amount of airflow. The model has 20 mid-sized vents and two adjustable toggles to control the front and back ventilation zones. The comfort, plus the helmet's tight, high-quality construction, make it an easy choice for any diehard skier.

The main drawback with the Vantage is its high price. Despite the higher price tag, it presents a solid value due to its build quality, comfort, and feature set. However, if you're the type that doesn't mind sponsoring the Après, the Pret Cynic X2 Mips offers the utmost in comfort, a low profile, and one of our favorite overall systems in usability – but it costs even more than the Vantage. This model also landed middle-of-the-road in our impact tests. All of the helmets in our review surpass federal safety standards, but there are a few models that posted better numbers in the lab. The Vantage Mips is a great option for committed skiers and riders looking for versatile and extensive ventilation in a fully featured, low-profile helmet that you hardly notice on the hill.

Read more: Smith Vantage Mips review

Best Low Profile Design

POC Obex Mips

Measured Weight (Large)	17.6 oz
# of Vents	11
Audio Compatibility	Yes
Removable Ear Covers	Yes
Goggle Attachment	Yes

The POC Obex Mips is a verylow-profile ski helmet that also boasts a secure and comfy fit. Whether our team was cranking out laps on a groomer or going on a backcountry ski traverse, the modest dimensions of the Obex allowed it to easily fit in our packs and, while wearing it, had a great aesthetic compared to the typically clunky profile of most ski helmets. Our review team concluded, “This helmet was simply a joy to test, with a great fit around the ears and a profile that felt closer to a climbing helmet.” It only scored average in the impact testing process, so if you're looking for better results, take a look at the Scott Flow Pro Mips, though it's substantially bulkier. During our examination of ventilation, the Obex performed well, with adjustable vents, and for particularly warm days, the ear flaps can be taken completely off.

The POC Obex Mips, while comfortable for most of our team, has a specific and snug fit that may not work for all shapes and sizes of heads. Our lead tester shared, “While most of us loved the comfort of the Obex, it has such a specific fit that it was too tight for some.” Sizing up might solve this, but take a look at the Smith Method Pro Mips if wanting a more spacious fit that'll work for a variety of under-beanie hats. Also, the ear flaps were prone to accidentally detaching while pulling the helmet on, though we got better throughout the season at keeping the ear flaps attached. Besides a few negatives, the Obex Mips is worth looking into further as a low-profile and highly capable option.

Read more: POC Obex Mips review

How We Test Ski Helmets

It's no secret that skiing and snowboarding can be dangerous. There is hard snow, rocks, trees, chairlift towers, and other skiers to worry about. The risks only increase as your skill level rises. That is why we take ski helmet testing very seriously.

Our partner for impact testing is ACT Lab. ACT Lab is a renowned global consumer product testing facility that holds multiple certifications that apply to snowsports. In addition to each helmet used for impact testing, we test an identical version in the mountains. Our testers ski and ride for an entire season and frequently switch helmets, terrain, and conditions to ensure our testing is as exhaustive as possible. We evaluate the comfort and warmth of each helmet with different head shapes, goggles, and temperatures. We also assess ventilation and usability through skiing, riding, and uphill. For more information on our extensive process, click over to our How We Test Helmets page.

We evaluated each ski helmet across 5 mutually exclusive metrics to effectively dissect the ins and outs of each product. Here's how we broke it down:

• Impact Testing (30% of overall weight)

• Comfort (25% weight)

• Warmth (20% weight)

• Ventilation (15% weight)

• Usability (10% of weight)

Why Trust GearLab

Professional Ski/Splitboard Guides Zach Lovell and Isaac Laredo lead our ski/snowboard helmet review team. Zach is an IFMGA Mountain Guide who takes people skiing and ski mountaineering across North America and Europe for up to 6 months a year. He's a firm believer in wearing a helmet every day out and has a detail-oriented mind that's been invaluable for product testing and design, which he's been doing for over a decade. Isaac spends 5-6 days a week strapped into his snowboard each winter and spring, either ski guiding, teaching avalanche courses, product testing, or personally riding. He is an AMGA Certified Splitboard guide, but more importantly, a passionate life-long snow slider. He is meticulous about his gear and understands its capacity to make or break your experience. Our expert team brings valuable knowledge to the table to provide you with the best possible recommendations.

Analysis and Test Results

We spent hundreds of hours comparatively testing these products to score them across a strategic set of metrics. For detailed insight, the individual metrics should give you a better idea of how each helmet performs in particular categories and allow you to make the best decision for your preferred activities and budget. Continue reading to see our findings and top performers in each metric.

What's the Best Value?

The past few decades of material science have changed helmet design to offer more protection than ever before. A proper helmet is an incredibly worthy investment and is not the piece of gear to skimp on. Our advice is to purchase a comfortable and reliable ski helmet that's suited to your riding style, even if you have to spend a few extra dollars. The comfortable helmet always ends up on your head, and the wrong one will be a burden to wear or, even worse, not be worn at all. That said, we all come to the table with different budgets, and we have tested a multitude of helmets to be able to recommend quality ski helmets at various price points.

One of our favorites, the Smith Method Pro Mips, offers a fantastic price-to-performance ratio. The Giro Ratio Mips comes in at one of the lowest prices of any model in the review and offers great value as it provides a comfortable all-day ride and scored well in our impact tests. If you have specific features in mind, prices tend to climb a bit. The Smith Vantage Mips is our favorite for ventilation, but it does cost a pretty penny.

Impact Test Results

Protecting our heads from impact and reducing our chances of sustaining an injury are the primary reasons we wear helmets. The helmets were placed on a dummy's head equipped with accelerometers and other sensors. These sensors capture detailed information about the forces experienced by the dummy's head during the time of impact.

Overall Impact Test Results

We performed two distinct impact tests. The first involved dropping the helmet and dummy head from a height of 1 meter, simulating a common “slow” fall that results in head impact. The second test was designed to increase the speed of impact and the amount of force, with the helmet rig dropped from 2.3 meters to mimic more extreme “fast” falls that might occur during collisions, high-speed crashes, or incidents in terrain parks. We took the accelerometer data from the lab tests, and based on the forces subjected to the test dummy and the duration of those forces, we scored the fast and slow impact tests.

Impact Test Analysis Results

Product	Slow	Fast
Scott Flow Pro	9.5	9.5
Smith Method Pro	8	9.3
Giro Ratio	7.4	8.2
Giro Ledge	7	8.2
Smith Mission	5.1	7.3
POC Obex	5.3	7.1
Smith Vantage	6.3	5.1
Pret Cynic X2	4.8	6
Sweet Switcher	5.2	4.5
POC Fornix	4.2	5.5
OM Kelvin	5	3.5
Wildhorn Drift	3.1	5.1
Oakley Mod5	5.1	3
Bern Hendrix	3	3.8

We perform both a fast and a slow impact test because the design techniques vary to mitigate different speed impacts. Helmets that perform well on one type of impact may not perform equally on the other. Ideally, you can find a helmet that meets your needs and provides compelling impact test performance on both types of impact since you never know what you might face when out on the snow. Our overall Impact Test score for each helmet combines the data from both impact tests.

The clear winner of our impact assessment is the Scott Flow Pro Mips, taking the top spot in both fast and slow impact testing. In second place, the Smith Method Pro Mips offers a respectable bottom-line score. Several options that scored well in other metrics still held their own with average scoring, including the Smith Vantage Mips and the POC Obex Mips.

The budget Giro options tested in this review offered impressive scores, with the Ratio Mips and Smith Mission Mips showing results that were well above average, proving protection doesn't have to cost you a fortune.

Slow Impact Test Results

Our slow impact test is designed to simulate the most common types of falls and impacts that are slower speed, but might still be significant. Think about a common fall, like catching an edge or losing your balance. This test is intended to determine if a helmet's impact test results suggest it provides an additional margin of protection in this kind of common impact.

Fast Impact Test Results

Our “fast” impact test is designed to simulate more high-speed impacts with a solid surface, such as a tree, another skier, or ice. In this test, we attempt to determine how effective a helmet's design is for mitigating impacts at higher speeds.

A Word About Third-Party Tech

In the outdoor industry, manufacturers love to use technical words to encourage a sale. Chances are, you have heard about Gore-Tex, BOA, or Mips while shopping for gear. Some of these materials and gadgets have been substantiated by rigorous testing, but manufacturers also tend to invent their own terms to appear as though their products have superior tech with more R&D and rigorous testing, when some of their claimed bells and whistles may be no more than a marketing scheme. Because our impact test measures the helmet as a whole, we cannot determine whether or not the added tech helps or to what degree it helps. If we mention that a helmet has technology such as Mips, D30, or Koroyd, we aren't making a stance on whether or not the helmet provides better protection with these components; we are merely letting you know that the helmet includes this technology.

• D30 “uses unique patented and proprietary technologies to make rate-sensitive, soft, flexible materials with high shock absorbing properties that are used in impact protection products.”

• Koroyd “absorbs energy and redirects force away from localized impact zones, limiting dangerous force in order to reduce the risk of injury.”

• Mips: Mips stands for Multi-Directional Impact Protection System. According to their site, “By complementing the helmet with a low-friction layer, designed to move slightly in the event of an impact, the system is designed to help redirect rotational motion away from the head. This is intended to help reduce the risk of brain injury.”

Comfort

An uncomfortable ski helmet can detract from your day on the mountain; eventually, that helmet will find itself in a stack of unused gear. You are more likely to wear a helmet if it is comfortable, especially for those who dislike the feel of helmets. The molding, padding, shape, and fit of the ski helmet all play a role in overall comfort. Ideally, a comfortable helmet should adjust easily to provide a proper fit and then be forgotten about when you are sliding on snow.

The Smith Vantage, Pret Cynic X2 Mips, POC Obex, and Smith Method Pro Mips stood out and were our highest-rated helmets for comfort. All these models have a high-quality, lightweight feel with ample padding. We also appreciated the POC Fornix Mips.

In-mold helmets provide the best ride quality as they are lightweight and have a lower profile for a more comfortable ride and overall better fit. The Pret Cynic X2, Oakley MOD 5, POC Fornix, and Smith Vantage are relatively low-profile to help you forget you are wearing a helmet. The models are great for skiers and riders who traditionally haven't liked the feel of riding with a helmet.

The Wildhorn Drift is one of the lowest-priced in-mold helmets on the market. It has a surprisingly low profile and is lightweight. The trimmed-down profile contributes to a better ride experience, which is also what helped the POC Obex Mips standout. The Obex also offers uniquely sculpted earpads and a snug fit that's secure but not too tight.

The Vantage and Mission share some traits associated with the Smith brand that add to their comfort. The Vantage uses the BOA Fit wheel for smooth and effective personalizing of the interior fit. One of our favorite adjustment systems was on RCS Fit System the Pret Cynic X2, as it uses a very large dial with large contours and an audible click that helped us make adjustments with gloves on.

Earpads greatly influence the comfort and warmth of a particular helmet. The POC Fornix, Oakley MOD5 Mips, and Sweet Protection Switcher Mips use a cupped design to minimize squishing of the ears – there is empty space to allow the ear to fit comfortably.

Warmth

The most prominent design consideration that negatively affects warmth is fixed vents, i.e., vents that don't close. Whether you wear a beanie under your helmet or not, having cold air flowing through at all times can be pretty chilly. Another factor that plays into warmth is the ear pads. These hug the ears, and whether they can perform without being too tight is key. Tight ear pads can cause significant discomfort after hours on the hill. Lastly, some helmets aren't padded and insulated that well, making them better suited for warmer environments.

The Smith Vantage, Sweet Protection Switcher, and Smith Method Pro are some of the reviews' warmest ones. They have adjustable vents, full liners, and comfortable yet tight earpads.

The Giro Ratio is one of the warmest helmets in its price category. The adjustable vents, liner, and snug ear pads add to its overall warmth potential and make this value-based helmet appropriate for colder climates. Options like the Scott Flow Pro Mips were a little chillier than others, with more modest earpads designed to allow improved hearing.

The Pret Cynic X2 is one of the warmest helmets in the review, despite its technically fixed vents, bucking the trend. The model employs a liner of blended wool and recycled polyester fleece to add plenty of warmth. The Pret's ventilation system has hidden flaps on the underside of the liner that can block the vents and essentially close them. Our testers didn't appreciate that you must remove the helmet and liner to “close” these vents with liner flaps. Open, fixed vents generally provide less warmth than those that open and close.

Ventilation

Ventilation for helmets comes in two flavors — vents and the ability to remove the earpieces. Vents that open and close allow for the most regulation, but having any vents at all will help pull air through the helmet. We skied on warm days and found that not all vents are equal. Some of the helmets we tested look like they'll vent well, but the vents' configuration didn't work to create airflow. Additionally, many helmets have removable earpads that can quickly be stashed in a jacket pocket mid-run. We strongly prefer this ability to customize our temperature regulation on the go.

The Smith Vantage offers one of the most comprehensive ventilation systems for a resort-based helmet. It has 21 mid-size vents; 12 are fully adjustable and controlled with crisp and well-made toggles. We found the amount of ventilation accentuated with movement as the strategic channeling brought in the fresh air and exhausted warm air from the top of the head.

The Smith Mission, Giro Ratio, Sweet Protection Switcher Mips, and POC Fornix Mips also have adjustable vents, vent well enough for use on spring days. The Bern Hendrix Mips offers cost-effective venting that is more than adequate for spring days; it uses thinner, easy-to-remove earpads, which also help regulate temperature on those warmer days.

Removable earpieces increase the ventilation potential of a helmet and are enjoyable for warmer days. Models like the POC Obex become substantially more breathable once the earflaps are removed, though they may be arguably too easy to take off.

Usability

Have you ever had to take your gloves off to adjust your helmet? We have. Take it from us, it's not fun, especially on chilly days. We looked at each helmet to assess its overall user-friendliness and the quality of the feature set. Features that stood out here were easy-to-reach and use dial adjusters, smooth sliding adjustable vents, magnetic glove-friendly buckles, and simple goggle straps.

All the helmets that employ an adjustable dial and harness system were fairly easy to use with gloves on and provided a solid and versatile fit. One of our favorite systems comes from the Pret Cynic X2 as it uses a very large dial with distinct and prominent knobs to help operate it with gloves on. The Giro Ledge takes a different approach and has a simplistic adjustment system that leverages an elastic band and flexible harness to nearly self-adjust to fit various head sizes.

Adjustable ventilation systems share some common traits but also have distinct differences in quality and execution. The toggle and dial-based adjustable vent systems work well and are rather straightforward. The Smith Vantage has the highest quality and best action of any toggle-based system we have tried. It has a crispy, smooth, and high-quality feel. The Sweet Protection Switcher is used as a dial to adjust its vents, allowing you to open it partially. The Poc Fornix uses a large toggle adjustment system with a high-quality and easy-to-use design.

The buckle of the helmet is commonly overlooked but can make a difference in your experience. One of our favorite features of the Pret Cynic X2 is the magnetic buckle. It makes putting the helmet on or taking it off easier with gloves on. Once you get the technique down, it becomes a simple and fast process that is a notable feature of the helmet.

The Oakley MOD5 and Sweet Protection Switcher also have a magnetic buckle, which improves the experience. The Switcher comes with a pull tab to make the unbuckling process easier. Other standout features included the adjustable goggle vents from the Scott Flow Pro Mips, which were unique across the entire lineup.

Conclusion

Choosing a ski helmet can seem daunting. This review intends to help you quickly and accurately identify the right model or models for your specific needs. Don't get distracted by fancy marketing. Use our assessments and experience to guide you toward the model that helps you ski or ride to your best ability with a protective and comfortable helmet.

We've also tested the top ski outerwear, including the best ski pants and jackets, as well as ski gloves to keep you comfortable on the mountain.