When the lift lines end and the skin track begins, your backcountry skis become more than gear — they’re your ticket to freedom. The best backcountry skis strike a delicate balance: light enough to save your legs on a 4,000-foot climb, but damp enough to charge variable snow on the descent.
To find the winners, we tested over 25 top models across the Tetons, Rockies, Canada and East Coast. Whether you need a featherweight mountaineering tool (like the Black Diamond Helio) or a high-end charger like the Atomic Backland 102, this guide breaks down the best backcountry skis for the 2026 season.
The Best Backcountry Skis of 2026
Editor’s Note: We updated this guide on February 5, 2026, to add the Dynafit Blacklight 88 — a high-performing lightweight value ski, refined our awards, and introduced a more helpful comparison chart to guide you to the right backcountry skis.
Best Backcountry Skis Comparison Chart
| Model | Price | Weight (per ski) | Weight Class | Touring Bias | Best Use |
| Atomic Backland 102 | $900 | 1,430 g (179 cm) | Lightweight | Balanced | One ski quiver for someone who primarily tours |
| Dynafit Blacklight 88 | $750 | 1,140 g (172 cm) | Ultralight | Uphill-Focused | Speed Touring & High-Alpine Technical Missions |
| Voilé Hyper Manti | $850 | 1,335 g (176 cm) | Lightweight | Balanced | Long tours, uphill crushers |
| BD Helio Carbon 88 | $850 | 1,290 g (170 cm) | Ultralight | Uphill-Focused | High alpine adventures, long-distance tours, technical terrain |
| Atomic Bent Chetler 120 | $850 | 1,800 g (184 cm) | Midweight | Downhill-Leaning | Deep powder, storm chasers |
| Salomon QST Echo 106 | $850 | 1,700 g (173 cm) | Midweight | Downhill-Leaning | Deep Powder, hard charging downhill |
| Blizzard Zero G 96 | $850 | 1,100 g (171 cm) | Ultralight | Uphill-Focused | Technical Big Mountain Lines & Spring Corn |
| Völkl Rise Beyond 96 | $850 | 1,262 g (170 cm) | Ultralight | Uphill-Focused | Ambitious, advanced, expert or pro skiers |
| Dynafit Ridge 95 | $800 | 1,330 g (176 cm) | Lightweight | Uphill-Focused | Uphill skiers who want freeride performance on the downhills |
| Scott Superguide 95 | $750 | 1,370 g (170 cm) | Lightweight | Balanced | Expert skiers, big missions where uphill is a priority |
| Line Vision 104 | $865 | 1,810 g (185 cm) | Midweight | Downhill-Leaning | Freetouring freeskiers |
| Faction La Machine 2 | $900 | 1,425 g (171 cm) | Lightweight | Balanced | Backcountry Freeriders |
| Black Crows Navis Freebird | $999 | 1,550 g (173 cm) | Lightweight | Balanced | Stable, directional all-around touring |
| DPS Pagoda Tour 105 | $1,696 | 1,340 g (171 cm) | Lightweight | Balanced | Surfy powder turns |
| Voilé Charger ACE | $995 | 1,591 g (178 cm) | Lightweight | Balanced | Uphill efficiency, long tours with big vert, powder |
| Fischer Transalp CTI 105 | $900 | 1,540 g (178 cm) | Lightweight | Balanced | Strong performance in deep, untracked snow |
Weight Class Key
- Ultralight (< 1,300 g): Maximum efficiency (e.g., Blizzard Zero G).
- Lightweight (1,300 g – 1,650 g): Versatile touring (e.g., Atomic Backland, Voilé Hyper Manti).
- Midweight (> 1,650 g): Downhill power & dampness (e.g., Atomic Bent 120, Salomon QST).
Atomic Backland 102
-
Uphill Performance/Weight
9.4
-
Downhill Performance
8.7
-
Versatility
8.8
-
Stability at Speed
8.0
- Lengths: 164 cm, 172 cm, 179 cm, 186 cm
- Weight: 1430 g (179 cm)
- Dimensions: 121/102/130 (179 cm)
- Turn Radius: 19 m (179 cm)
- Core: Poplar/Caruba, ash binding reinforcement, fiberglass laminate
- Best For: One ski quiver for someone who primarily tours
Pros
- Extremely lightweight
- High-energy and playful
- Low carbon emission construction process
- Float extremely well in powder
Cons
- Not good for hard chop and chunder
Dynafit Blacklight 88
-
Uphill Performance/Weight
9.6
-
Downhill Performance
7.0
-
Versatility
6.0
-
Stability at Speed
5.0
- Lengths: 151, 158, 165, 172, 178, 184 cm
- Weight: 1,130 g (172 cm)
- Dimensions: 122/88/110 mm (172 cm)
- Turn Radius: 18.7 m (172 cm)
- Core: Paulownia wood with carbon and fiberglass reinforcement
- Best For: Fast-and-light backcountry touring, spring missions, couloirs, and skiers prioritizing uphill efficiency and precision
Pros
- Light and efficient on long climbs
- Strong edge hold on firm and variable snow
- Precise feel for technical terrain
- Affordable for a lightweight backcountry ski
Cons
- Less forgiving in soft or chopped-up snow
- Not ideal for powder-focused or playful skiing
Voile Hyper Manti Skis
-
Uphill Performance/Weight
9.5
-
Downhill Performance
8.5
-
Versatility
8.0
-
Stability at Speed
8.1
- Length: 171 cm, 176 cm, 181 cm, 186 cm
- Weight: 1335 g (176 cm)
- Dimensions: 136/103/123 (176)
- Turn radius: 18 m (176/181 cm)
- Core: Paulownia/Double Carbon
- Best For: Long tours, uphill crushers, powder days and variable conditions
Pros
- Ideal for ultra lightweight touring
- Playful design allows for surfing and maneuverability
- Short turn radius
- Intuitive
Cons
- Tips chatter on hard pack at high speeds
- Mellow top sheet design (but getting better year after year)
Black Diamond Helio Carbon 88
-
Uphill Performance/Weight
9.7
-
Downhill Performance
8.5
-
Versatility
8.0
-
Stability at Speed
7.1
- Lengths: 152 cm, 161 cm, 170, 179 cm
- Weight: 1,290 g (170 cm)
- Dimensions: 120/88/111 (170 cm)
- Turn radius: 18 m (170 cm)
- Core: Paulownia wood
- Best for: High alpine adventures, long-distance tours, technical terrain, fast and light objectives
Pros
- Ultra-lightweight
- Versatile
- Responsive
- Great combo of uphill and downhill performance
Cons
- Chatter on extreme hard pack at high speeds
- Not designed for the deepest days
Atomic Bent Chetler 120
-
Uphill Performance/Weight
7.0
-
Downhill Performance
9.5
-
Versatility
6.0
-
Stability at Speed
9.3
- Lengths: 176 cm, 184 cm, 192 cm
- Weight: 1,800 g (184 cm)
- Dimensions: 143/120/134 (184 cm)
- Turn Radius: 19 m (184 cm)
- Core: Poplar wood
- Best For: Deep powder, storm chasers
Pros
- Cool graphics
- New, more eco-friendly construction
- Surfy and playful
Cons
- Not as versatile as other skis
- For the deepest days only
- Heavy for the uphill
Salomon QST Echo 106
-
Uphill Performance/Weight
6.5
-
Downhill Performance
9.8
-
Versatility
7.0
-
Stability at Speed
9.3
- Lengths: 157, 165, 173, 181, 189 cm
- Weight: 1700 g (173 cm)
- Dimensions: 137/106/125 mm (173 cm)
- Turn radius: 18 m (173 cm)
- Profile: Rocker-Camber-Rocker
- Core: Karuba/poplar wood core
Pros
- Smooth, stable performance in variable conditions
- Excellent float in soft snow
- Confident edge hold and downhill feel
- Lightweight construction with sustainable materials
Cons
- Heavier than some ultralight touring skis
- May be overkill for mellow tours or low-angle terrain
Blizzard Zero G 96
-
Uphill Performance/Weight
8.9
-
Downhill Performance
8.7
-
Versatility
9.0
-
Stability at Speed
8.0
- Lengths: 164 cm, 171 cm, 178 cm, 185 cm
- Weight: 1,110 g (171 cm)
- Dimensions: 127/96/111 mm (171 cm)
- Turn radius 19 m (171 cm):
- Core: Trueblend Touring Core 2.0 – Ultralight paulownia combined with poplar
- Best for: Advanced and expert skiers, downhill chargers, powder touring
Pros
- Smooth and stable for its weight
- Reliable edge hold and damping
- Playful, balanced flex
- Women’s-specific version available
Cons
- Not the lightest touring ski
- Less composed on true boilerplate ice
Other Backcountry Skis To Take You There
-
Uphill Performance/Weight
8.0
-
Downhill Performance
7.0
-
Versatility
8.5
-
Stability at Speed
6.8
- Lengths: 156 cm, 163 cm, 170 cm, 177 cm, 184 cm
- Weight: 1,262 g (170 cm)
- Dimensions: 138/96/119 (170 cm)
- Turn Radius: 20 m (170 cm)
- Core: Hybrid multi-layer wood core
- Best For: Ambitious, advanced, expert or pro skiers
Pros
- Also available in women’s
- Available with pre-cut skins
- Has Volkl’s 3D sidecut
Cons
- Too narrow for West Coast skiers
- Skin system is convenient but didn’t glide as well as others
-
Uphill Performance/Weight
8.3
-
Downhill Performance
6.9
-
Versatility
5.5
-
Stability at Speed
6.5
- Lengths: 160 cm, 168 cm, 176 cm, 184 cm
- Weight: 1,330 g (176 cm)
- Dimensions: 129/95/116 (176 cm)
- Turn Radius: 19 m (176 cm)
- Core: Paulownia
- Best For: Uphill skiers who want freeride performance on the downhills
Pros
- Super light uphill ski that’s fun on descents
- Clever incorporation of Titanal for downhill performance
- Wide range of sizes
Cons
- Doesn’t handle well on ice
- Ski is light and can get pushed around in challenging conditions
-
Uphill Performance/Weight
8.7
-
Downhill Performance
6.9
-
Versatility
6.0
-
Stability at Speed
6.4
- Lengths: 162 cm, 170 cm, 178 cm, 184 cm
- Weight: 1,370g (170 cm)
- Dimensions: 130/95/115 mm (170 cm)
- Turn Radius: 20 m (170 cm)
- Core: Paulownia, beech
- Best for: Expert skiers, big missions where uphill is a priority
Pros
- Light on the uphill and tours exceptionally well
- Great for jump turns
- Tip cutouts for dedicated clip-on skins
Cons
- Can be chattery on hardpack
- All business, less play
- Narrow waist is not the best for powder days
-
Uphill Performance/Weight
5.7
-
Downhill Performance
7.5
-
Versatility
8.5
-
Stability at Speed
7.5
- Lengths: 158 cm, 165 cm, 171 cm, 178 cm, 185 cm
- Weight: 1810 g (185 cm)
- Dimensions: 132/104/123 (185 cm)
- Turn Radius: 19 m (185)
- Core: Carbon, glass ,flax
- Best For: Freetouring freeskiers
Pros
- Great one ski quiver for on-piste & off piste
- Easy to ski
- Broad range of sizes available
Cons
- On the heavy side for a touring ski
- Not as stable as some skis
-
Uphill Performance/Weight
7.0
-
Downhill Performance
7.0
-
Versatility
5.8
-
Stability at Speed
6.7
- Lengths: 157 cm, 164 cm, 171 cm, 177 cm, 183 cm
- Weight: 1,425 g (171 cm)
- Dimensions: 124/99/116 (171 cm)
- Turn Radius: 18m (171 cm)
- Core: Paulownia wood core
- Best for: Backcountry Freeriders
Pros
- Freeride feel
- Come in short lengths
- It’s a ski with attitude
Cons
- Best for soft snow
- Not as versatile as some other skis
-
Uphill Performance/Weight
8.8
-
Downhill Performance
7.0
-
Versatility
6.3
-
Stability at Speed
6.8
- Lengths: 153 cm, 163 cm, 171 cm, 179 cm, 184 cm
- Weight: 1,340 g (171 cm)
- Dimensions: 133/105/117 (171 cm)
- Turn radius: 15 m (171 cm)
- Core: Paulownia
- Best for: Surfy powder turns
Pros
- Exceptional float and playfulness
- Unique short turn radius allows for a fun ride
- Attention to sustainability
Cons
- Expensive
- Not the best in variable conditions
-
Uphill Performance/Weight
8.9
-
Downhill Performance
8.5
-
Versatility
7.3
-
Stability at Speed
7.2
- Lengths: 171, 178, 185 cm
- Weight: 1591 g (178 cm)
- Dimensions: 140-106-124 mm (178 cm)
- Turn radius: 19.5 m (178 cm)
- Core: Paulownia wood core
- Best For: Uphill efficiency, long tours with big vert, powder
Pros
- Ultralight
- Playful and floaty in soft snow
- Nimble and responsive in tight terrain
Cons
- Less stable at speed
- Mediocre edge hold on firm snow
-
Uphill Performance/Weight
7.0
-
Downhill Performance
8.7
-
Versatility
7.0
-
Stability at Speed
7.7
- Lengths: 164, 171, 178, 185 cm
- Weight: 1540 g (178 cm)
- Dimensions: 124/105/139 mm (178 cm)
- Turn radius: 22 m (178 cm)
- Core: Ultralight wood core with Air Tec milling and carbon reinforcement
- Best For: Downhill performance, soft powder turns
Pros
- Stable and predictable in most snow conditions
- Strong edge hold and solid performance in steep terrain
- Lightweight for its width
Cons
- Less stable at high speeds on firm snow
- Can feel twitchy in chopped or crusty snow

How We Tested The Best Backcountry Skis
Our Expert Testers
Our GearJunkie gear testing team includes skiers from intermediates to experts and professional guides. We have spent decades exploring the backcountry and side country worldwide.
Lead author Berne Broudy is an avid skier who has skinned lines across the U.S. and Canada. She’s also gone on sail and ski expeditions in Norway and Alaska. She put on her skis at Kulusuk Airport in Eastern Greenland and skied from hut to hut. And she’s skied every condition in Iceland.
In 2024, we also added editor Chris Kassar and backcountry enthusiast Ryan Kempfer to the line-up of testers. Ryan has worked in the ski industry for years. Most recently, he was a ski tech and master boot fitter. He loves helping people find the best gear for their ski style. Chris started backcountry skiing seriously in Alaska on Telemark skis in the 90s. She racks up over 100 days a year, mainly in the backcountry. She has explored the mountains of Colorado, Wyoming, and Utah for the last couple of decades.
Our Testing Grounds & Process
From glades to steeps, powder to sastrugi, the Rockies to the Alps, we’ve put these backcountry skis through the wringer. Skis are like snowflakes. Since no two are the same, it makes finding the right ski both a daunting and exciting process.
While assessing which backcountry skis are the best, we evaluated a range of factors. We looked at stiffness, maneuverability, playfulness, energy, damping, chatter, weight, shape, edge hold, and turn initiation. The size, width, base, and edge tune also influence how a ski performs. We considered what type of skier and conditions each ski is best for.
We tested skis in a range of snow conditions, arctic temperatures, blizzards, rain, and the deepest powder days.
Beyond our field tests and personal experience, we considered the most popular and innovative backcountry skis on the market. We sought to include a broad range of price points and applications to serve a range of skiers. Also, check out our guides to the best all-mountain skis and the best cross-country skis.




Our Backcountry Ski Rating System
We evaluate each ski using four main criteria to give a clear picture of its strengths and best uses. Uphill Performance reflects how efficiently a ski climbs, factoring in weight, skintrack grip, and overall touring feel. Downhill Performance measures stability, control, and confidence across a variety of snow types, from powder to refrozen crust. Versatility looks at how well a ski transitions between conditions and terrain, from tight trees to big alpine lines. Stability at Speed focuses on how composed the ski feels when charging down open faces or navigating variable snow.
Note: The Overall Rating is not an average of these numbers. It’s our holistic impression after extended use, combining objective performance metrics with subjective tester feedback.
Backcountry Skis: A Buyer’s Guide
There are a lot of backcountry skis to choose from, and finding the perfect one comes down to one simple question: How do you balance the climb up with the ski down?
Every backcountry ski is a compromise. Lighter skis make the ascent easier but can feel nervous on the descent. Heavier skis offer a smoother, damper ride down but demand more energy to haul up the skin track. The best way to find the perfect ski is to know exactly how and where you plan to use it.




What Type of Skier Are You?
Backcountry skiers generally fall into three main categories. Identifying which one you are is the first step.
Uphill-Focused
You count grams and live for vertical gain. You want a tool like the Dynafit Blacklight 88 or Blizzard Zero G 96 that flies up the mountain, even if it requires a precise, attentive skiing style on the way down.
Downhill-Focused
You tolerate the climb to access untouched lines. You prefer a midweight ski like the Atomic Bent 120 or Salomon QST Echo 106 that offers the suspension and stability of a resort ski.
Balanced (The “Quiver Killer”)
You want one ski to do it all. Skis like the Atomic Backland 102, Voilé Hyper Manti, or Black Crows Navis Freebird sit in the “Goldilocks” zone—light enough for big days, but substantial enough to drive through mixed snow.




Waist Width
Once you know your style, look at the width. This determines how much float you get in deep snow versus how much grip you have on ice.
85-95 mm (Ski Mountaineering / East Coast)
Best for firm snow, corn, and huge vertical days. These skis (like the Black Diamond Helio Carbon 88) offer the best edge hold on icy couloirs but sink in deep powder.
96-105 mm (The “Quiver Killer”)
The sweet spot for 90% of touring. A ski in this range (like the Atomic Backland 102) floats in 6 inches of fresh snow but is still narrow enough to hold an edge on firm windboard.
106 mm+ (Powder Specialists)
Best for mid-winter deep days. They are incredibly fun to surf but can feel heavy and cumbersome on the skin track.




Weight vs. Performance
Weight is the single biggest factor in how a touring ski performs.
Ultralight (< 1,300 g)
These fly uphill but can feel “nervous” and chattery on hard snow. They require a balanced, finesse-oriented skier.
All-Rounder / Lightweight (1,300 g – 1,650 g)
The perfect balance. They have enough mass to dampen vibrations at speed but are light enough for 5,000-foot days.
Freeride Hybrid / Midweight (> 1,650 g)
These ski like resort alpine skis—powerful, damp, and stable. The trade-off is the weight; they are best for shorter tours or “sidecountry” laps.
Pro Tip: Match Your Ski to Your Boot
A common mistake is pairing a light ski with a heavy boot (or vice versa), which leads to poor energy transfer.
- The 1kg Rule: If your ski weighs ~1,200g (Ultralight), pair it with a 1,000-1,200g boot (like the Scarpa F1).
- The Charger Rule: If you buy a heavy charger like the Salomon QST Echo (1,700g), you need a stiff 130-flex boot (like the Tecnica Zero G) to drive it.




Turn Radius
A ski’s turn radius determines how quickly it wants to pivot or how stable it feels in a straight line.
Short (< 18 m)
Great for quick, nimble movements in tight trees and technical couloirs. Easier for beginners to turn. (e.g., DPS Pagoda Tour).
Medium (18–20 m)
The sweet spot. Stable enough for speed but loose enough for trees. (e.g., Atomic Backland 102).
Long (> 20 m)
Best for making big, fast turns in open bowls. Stable at speed but harder to pivot in tight spots.




The “50/50” Hybrid: Can I use these at the Resort?
Many skiers want one ski for everything. Hybrid skis (also known as “50/50” skis) are designed exactly for this.
The Trade-Off
To perform well in the resort, a ski needs mass to punch through chopped-up snow (“crud”) and dampen vibrations on hardpack. Ultralight touring skis will feel terrifyingly chattery on a resort groomer.
The Solution
Choose a ski in the Midweight (>1,650g) category, like the Salomon QST Echo 106 or Atomic Bent 120. These have the suspension needed for lift-served skiing but are light enough for short tours and sidecountry gates.
The Binding
Pair these with a hybrid binding (like the Salomon/Atomic SHIFT or Marker Duke PT) that offers alpine safety certification for the resort and pin-tech efficiency for the climb.




Choosing the Right Length
Once you know your width and weight class, you need to nail the length.
The General Rule
A good starting point is to choose a ski roughly equal to your own height. For most all-around touring, a length falling somewhere between your nose and the top of your head is the sweet spot.
The “Rocker Effect”
Because backcountry skis use significant tip rocker (upward curvature), they have a shorter contact patch on the snow. This means they ski “shorter” than they look, so don’t be afraid to stick to your full height rather than sizing down.
When to Size Up
If you are heavier, an expert skier, or plan to ski fast in open bowls, size up. The extra length provides necessary float in deep powder and stability at speed.
When to Size Down
If you are lighter, a beginner, or plan to ski tight trees and technical couloirs exclusively, size down 3–5 cm. A shorter ski will be more nimble and easier to pivot in high-consequence terrain.




Materials & Construction
Carbon Fiber
Used in skis like the BD Helio Carbon 88 to add stiffness and power without the weight of metal. It is responsive but can feel “pingy” on hard snow.
Metal (Titanal)
Rarely used in ultralight skis, but found in damp chargers like the Dynafit Ridge 95 (underfoot) or Salomon QST Echo to smooth out the ride and quiet vibrations.
Of course, it’s more expensive to have a quiver of skis meant for different purposes. But as you spend more time in the backcountry, you’ll want backcountry-specific skis.




Price & Value
For most of us, price is a major consideration. Unlike resort skis, which have a massive range from $400 to $1,200, the backcountry market is tighter. Most high-quality touring skis sit between $750 and $950.
When you pay more, you generally aren’t paying for “more ski”—you are paying for less weight and better damping. High-end materials like pre-preg carbon fiber and aerospace-grade laminates cost significantly more than standard fiberglass and poplar wood. Additionally, where the ski is made matters; skis manufactured in the U.S. or Europe (like DPS or Black Crows) often carry a premium over those mass-produced in factories in China or Eastern Europe.
Budget ($600-800)
What you get: Simpler construction or streamlined designs that prioritize durability and essential performance over boutique materials.
The Trade-off: You might miss out on the ultra-damp, premium suspension of $1,200 skis, but the performance gap is narrowing every year.
Because the backcountry market is specialized, true “budget” skis (under $500) rarely exist unless you buy used. However, brands like Dynafit and Scott offer incredible value in this range. The Dynafit Blacklight 88 ($750) for example, combines a lightweight Paulownia wood core with a carbon top sheet—premium construction that competes with skis costing hundreds more. It proves you don’t need to spend mortgage-level money to get a high-performance, ultralight tool.
Mid-Tier ($800-1000)
What you get: The “Sweet Spot.” This is where 90% of the market lives. You get advanced materials (carbon stringers, paulownia cores) balanced with mass-production consistency.
The Trade-off: None, really. This is the standard for high-performance touring gear.
In this range, you find the benchmarks of the industry. Skis like the Atomic Backland 102 ($900) and Black Diamond Helio Carbon 88 ($850) utilize sophisticated carbon layups to shave grams without sacrificing downhill power. While wider skis can sometimes cost slightly more due to raw material usage, the price difference is usually minimal compared to the jump in tech. For example, the Atomic Bent 120 ($850) is a massive powder ski, yet it remains in this mid-tier bracket because Atomic uses cost-effective manufacturing to keep it accessible.
Premium ($1000+)
What you get: Domestic manufacturing, aerospace-grade carbon, and the absolute lightest weight-to-performance ratio possible. The Trade-off: Diminishing returns. You pay exponentially more for the last 5-10% of performance.
Brands like DPS and Wagner Custom dominate this space. A ski like the DPS Carbon Pagoda Tour ($1,695) costs nearly double a standard touring ski. Why? It is made in the USA using proprietary “pre-preg” carbon and bio-based flax laminates that are difficult to work with but offer a distinct, damp ride quality that is rare in ultralight gear.
Custom Skis: This category also includes bespoke options like Wagner Custom, where you pay for a ski built specifically for your biomechanics and terrain preferences—right down to the graphic on the topsheet.




Sustainability in Ski Construction
The ski industry is historically dirty, relying heavily on petroleum-based plastics and resins. However, a handful of manufacturers are breaking this trend by prioritizing renewable materials and cleaner production.
Bio-Based Innovation
Brands like WNDR Alpine and DPS are leading the charge by replacing petroleum with algae-derived oils and bio-based urethanes. These materials aren’t just green washing; they actually improve performance by increasing dampness and durability.




Local & Upcycled
Wagner Custom Skis in Telluride, CO, runs a completely solar-powered factory and has experimented with upcycling avalanche debris wood for cores. Similarly, Folsom Custom Skis sources its timber from responsibly harvested Colorado aspen, reducing the carbon footprint of shipping raw materials across the globe.


Other Essential Gear
To get the most out of your time in the backcountry, you need to view your setup as a complete system.
Boots: The Anchor
As noted in our “Pro Tip” above, your boot needs to drive your ski. If you chose a “Freeride Hybrid” ski, look for a 130-flex boot like the Tecnica Zero G. If you went “Ultralight,” look for a lightweight touring boot like the Scarpa F1 or Dynafit TLT series. To find the perfect backcountry ski boot for you, check out our guide to the Best Backcountry Ski Boots.
Bindings: Tech vs. Hybrid
- Tech Bindings (Pin): Best for light and fast travel. They use two pins to hold the toe of your boot. They are incredibly light but offer less elasticity and shock absorption.
- Hybrid Bindings: Best for freeride and sidecountry. Bindings like the Atomic Shift or Marker Duke PT offer a full alpine-style toe piece for resort-level safety and retention, with the ability to tour uphill.
Check out our article on the best bindings for the backcountry to find the best option based on your ski priorities and compatibility with your skis and boots.
Climbing Skins
Skins are the unsung heroes of the backcountry. Nylon skins offer the best grip and durability (great for beginners), while Mohair skins provide the best glide and speed (great for long tours). Most skiers opt for a 70/30 Mohair/Nylon mix for the best of both worlds. Skins have the power to ruin your day if they don’t work as they should, so choose wisely with help from our guide to the Best Climbing Skins.


A Note on Avalanche Safety
The mountains are a beautiful but inherently dangerous place.— the hazards of backcountry skiing should not be taken lightly. If you are not prepared to perform a rescue, do not go into the backcountry.
Education First
We strictly recommend taking an avalanche safety course approved by the American Institute for Avalanche Research and Education (AIARE) or the American Avalanche Institute (AAI). Apps like CalTopo and OnX Backcountry are excellent tools for planning, but they cannot replace on-snow education.
Mandatory Gear
Never enter avalanche terrain without the proper rescue equipment (aka the “Holy Trinity” of rescue gear) on your body (not in a sled or car). And, know how to use it well.
- Avalanche beacon (Transceiver): To be found if buried or to find others.
- Probe: To pinpoint a buried partner.
- Shovel: To dig them out.
Additionally, always carry a communication device (InReach or Radio), a first aid kit, and a repair kit to handle mechanical failures miles from the trailhead.




Frequently Asked Questions
In many ways, backcountry skis are a hybrid between their downhill and cross-country counterparts. Because backcountry skiing involves both uphill and downhill travel, backcountry skis must be able to perform well in a wide variety of terrain.
Backcountry skis are typically outfitted with tech bindings or frame bindings, which allow skiers to maneuver on flat and uphill terrain. Additionally, backcountry skis use another piece of gear known as skins to prevent them from sliding backward when traveling uphill.
While downhill skis can work for the uphill when integrated with the right boots and bindings, backcountry-specific skis are definitely your best bet due to their specialized design and lightened-up profile.
Beginner backcountry skiers will want a ski that is properly sized, maneuverable, and progression-oriented. Generally, beginners should avoid skis on the extreme ends of any spectrum. In other words, don’t go for the widest powder ski or the ultralight mountaineering ski, or an aggressive super-stiff ski.
Beginners will benefit from middle-ground do-it-all skis that can be used to experiment, grow, and find your groove in various scenarios.
In short: Yes! Remember that for every foot of vertical you get to ski downhill in the backcountry, you have to earn it on the uphill. Many backcountry skiers ignore the weight of the ski for the sake of performance (or graphics), which ultimately will limit what you’re able to accomplish in the mountains.


The Best Backcountry Ski Bindings of 2026
We tested the best backcountry ski bindings, including top picks from Salomon, Dynafit, Atomic, ATK, and more.


The Best Cross-Country Skis of 2026
We tested the best cross-country skis from Atomic, Rossignol, Salomon, and more to help you find the best option for your needs and budget.









