Skis · Subcategory

Telemark Skis

Skis designed specifically for the free-heel telemark turn, blending touring versatility with downhill performance.

Telemark skis are built for skiers who embrace the elegant, free-heel telemark turn—where the heel lifts from the ski and the lunging drop-knee motion defines the style. These skis prioritize responsive turn initiation, smooth flex patterns, and enough versatility to handle both inbounds resort laps and backcountry touring. With compatible mounting for telemark-specific bindings (NTN, 75mm, or TTS), they bridge the gap between alpine performance and touring freedom.

$400 – $950mid tierintermediateadvancedexpert

Best known for

Free-heel telemark turn performanceDrop-knee turn initiation and smooth flexDual-purpose resort and backcountry versatilityDistinctive skiing style and cultureUphill touring capability with telemark bindings

Guide

Detailed overview

Telemark skis are a specialized subcategory designed for the unique biomechanics of the telemark turn, where the heel is free from the ski and the skier drops into a lunging position with the inside knee bent behind the outside leg. This turn style demands skis that flex smoothly and predictably through the forebody, initiate turns easily, and release cleanly from the tail. Unlike alpine skis, which can rely on a rigid boot-binding interface for power transfer, telemark skis must work with a more progressive and nuanced flex pattern since the heel is unattached. Modern telemark skis have converged significantly with alpine ski design—sharing similar sidecuts, rocker profiles, and construction methods—but retain subtle differences in flex tuning, mounting points, and binding compatibility that make them better suited for free-heel skiing. Most telemark skis are drilled for telemark-specific bindings such as the NTN (New Telemark Norm), 75mm duckbill, or TTS (Telemark Tech System), and many are also compatible with tech touring bindings for pure uphill travel. The typical telemark skier values versatility, often using one setup for resort laps, backcountry tours, and everything in between.

Telemark skiing occupies a unique niche in the ski world—part discipline, part philosophy, and entirely its own experience. The telemark turn, with its signature lunging drop-knee motion, requires skis that respond differently than alpine skis. Because the heel is free, power transfer happens primarily through the ball of the foot and the toe connection, meaning the ski must flex progressively and predictably through the forebody to allow the skier to weight and unweight the ski smoothly through each turn. This is why telemark skis tend to have slightly softer and more even flex patterns compared to their alpine counterparts, which can have very stiff shovels and tails designed for aggressive edge engagement.

In recent years, the gap between telemark and alpine ski design has narrowed considerably. Most major ski manufacturers now offer telemark-specific models that share the same sidecuts, rocker profiles, and construction technologies as their alpine lines, but with flex patterns and mounting points optimized for free-heel skiing. The NTN binding system, introduced by Rottefella, was a game-changer that provided much-improved edge control and power transfer compared to the older 75mm duckbill standard, allowing telemark skiers to drive wider, stiffer skis with confidence. The TTS (Telemark Tech System) further expanded options by pairing tech toe pieces with tele-specific heel units, giving skiers the touring efficiency of tech bindings with the free-heel downhill experience.

Waist width is a critical consideration for telemark skis. Because the telemark turn requires more active footwork and edge-to-edge transitions than alpine skiing, extremely wide skis (over 110mm) can feel sluggish and difficult to manage, particularly in the transition between turns. Most telemark skiers gravitate toward the 85–105mm waist range, which provides enough float for soft snow without sacrificing the quickness needed for the telemark turn. Rocker profiles with tip rocker and camber underfoot are the most popular, offering easy turn initiation and soft-snow float while maintaining the edge hold needed for firm conditions.

Weight is another important factor. Telemark skiing is inherently more physically demanding than alpine skiing—the lunging motion taxes the quads, glutes, and core far more than alpine turns. Lighter skis reduce fatigue over the course of a day, which is why many telemark skiers prefer wood-composite or lightweight hybrid cores over heavy double-metal constructions. However, skiers who charge aggressively inbounds may prefer the stability and dampening of a heavier ski with a single metal layer. The best approach is to match ski weight to your primary use: lighter for touring-focused setups, moderate for all-mountain resort tele skiing.

Binding choice is inseparable from ski selection in the telemark world. The ski must be drilled and reinforced for your chosen binding system, and switching later requires a remount. NTN is the current standard for performance-oriented telemark, offering the best edge hold and power transfer. The 75mm standard still has a loyal following among traditionalists and is often preferred for its more nuanced, classic feel. TTS systems are ideal for skiers who want touring efficiency with tele turns on the descent. Whatever system you choose, ensure your ski is compatible and that the mounting point is optimized for telemark—typically slightly forward of the alpine mounting point to account for the different pressure distribution of the telemark turn.

Quick facts

Primary purpose: Free-heel telemark skiing at resorts and in the backcountry using the telemark turn technique
Popular brands: Black CrowsVölklMomentPraxisBlizzard
Typical terrain: Resort runsBackcountrySidecountryVariable snow

What makes it different

The only alpine-width ski category designed specifically for free-heel telemark bindings and the lunging telemark turn technique; combines resort performance with touring capability.

Recommended ranges

How this type usually specs out

Each spec is explained in plain language, then we show what buyers usually look for on this type.

Ski Type / Category

Ski Type

What it means

The primary intended use and design category of the ski, which dictates its overall geometry, flex, and feature set.

Typical for this type

All Mountain, All Mountain Wide, Freeride, Touring

In practice

Telemark skis most commonly fall into the all-mountain or all-mountain wide categories, reflecting the typical tele skier's desire for one versatile setup. Freeride models exist for powder-focused tele skiers, and touring models for those who prioritize uphill efficiency.

Compared to other types

Unlike alpine skiing where ski types are highly specialized, telemark skiers tend toward versatile all-mountain designs since the free-heel technique already limits extreme specialization. Frontside/carving and racing types are almost nonexistent in telemark.

Why it matters: The ski type determines the overall geometry and flex characteristics. Because telemark skiing requires more active footwork than alpine, extremely specialized types (like racing or pure freestyle) are rarely used for tele.

Ski Length

Length

What it means

The total length of the ski from tip to tail, measured in centimeters. Affects stability, turn radius, and maneuverability.

Typical for this type

160–185 cm

Most common pick: 170 cm

In practice

Telemark skis are typically sized similar to or slightly shorter than alpine skis for the same rider. The lunging motion of the tele turn benefits from a manageable length that doesn't overextend the skier's stance.

Compared to other types

Telemark skis are often sized 3–5 cm shorter than equivalent alpine skis for the same rider because the telemark turn requires more active ski manipulation and the free heel provides less leverage over the ski's length.

Why it matters: Shorter skis are easier to manage in the telemark turn, especially during the transition between turns. Going too long can make the lead change feel sluggish and increase fatigue. Rockered skis can be sized slightly longer since the effective running length is shorter.

Waist Width

What it means

The width of the ski at its narrowest point (underfoot), measured in millimeters. The single most important geometry measurement that determines terrain suitability.

Typical for this type

85–105 mm

Most common pick: 95 mm

In practice

The 85–105mm range is the sweet spot for most telemark skis. This provides enough float for soft snow while keeping the ski quick enough edge-to-edge for the telemark turn's active transitions. Skis wider than 110mm become noticeably harder to tele turn efficiently.

Compared to other types

Alpine all-mountain skis often go wider (up to 110mm+) because the fixed heel provides more leverage. Telemark skis tend to cap around 105mm because the free heel makes wider skis significantly harder to manage in the tele turn.

Why it matters: Waist width directly affects how easily you can initiate and complete telemark turns. Wider skis require more effort to roll onto edge and transition between turns, which compounds the already higher physical demand of tele skiing. Too narrow, and you lose soft-snow versatility.

Tip Width

What it means

The width of the ski at its widest point near the tip, measured in millimeters. Works with waist width to determine the ski's sidecut and floatation characteristics.

Typical for this type

118–140 mm

Most common pick: 128 mm

In practice

Tip widths for telemark skis follow their all-mountain and freeride orientations. Wider tips help with floatation in soft snow and ease turn initiation—both important for the telemark turn, which benefits from a ski that enters the turn smoothly.

Compared to other types

Tip widths are similar to alpine all-mountain and freeride skis of comparable waist widths. Telemark skis may have slightly less tip taper (tip width minus waist width) to promote smoother, less aggressive turn entry suited to the tele turn.

Why it matters: A wider tip helps the ski plane up in soft snow and initiates the turn more easily, which is valuable for tele skiers who need smooth, progressive turn entry. Too wide a tip relative to the waist can make the ski feel hooky in the tele turn.

Tail Width

What it means

The width of the ski at its widest point near the tail, measured in millimeters. Affects turn completion, stability, and how the ski releases from turns.

Typical for this type

100–120 mm

Most common pick: 112 mm

In practice

Tail widths on telemark skis tend to be moderate. A tail that's too wide can make the ski feel like it doesn't want to release from the turn, which is problematic for the smooth lead change of the telemark turn. A slightly narrower tail promotes easier turn completion and transition.

Compared to other types

Telemark skis may have slightly narrower tails relative to their tips compared to alpine freeride skis, which often have wide tails for powerful turn completion. Tele skiers prioritize smooth release over tail power.

Why it matters: The telemark turn involves a fluid transition from one turn to the next (the lead change). A tail that releases easily helps this transition feel smooth and natural. A tail that's too wide and grippy can make the ski feel stuck at the end of the turn.

Turn Radius

What it means

The theoretical radius of the smallest turn the ski can make when tipped on edge, measured in meters. Derived from the sidecut dimensions. Determines the natural turn shape of the ski.

Typical for this type

14–22 m

Most common pick: 17 m

In practice

Medium turn radii (14–22m) are ideal for telemark skis. This range accommodates the natural arc of the telemark turn, which tends to be medium-to-long. Very short radii can feel too quick for the lunging tele motion, while very long radii require too much commitment at speed.

Compared to other types

Similar to alpine all-mountain skis, but telemark skiers may prefer slightly longer radii than alpine skiers of the same ability because the tele turn naturally produces a longer arc than a carved alpine turn.

Why it matters: The telemark turn has a natural rhythm that works best with medium-radius turns. A ski with a matching turn radius allows the skier to flow from one turn to the next without fighting the ski's preferred arc. Mismatched radius leads to fatigue and awkward turns.

Rocker/Camber Profile

What it means

The longitudinal shape of the ski when unweighted—how it curves from tip to tail. The most influential design element for how a ski feels and performs.

Typical for this type

Tip Rocker, Tip Tail Rocker

In practice

Tip rocker with camber underfoot is the most popular profile for telemark skis. The rocker eases turn initiation (critical for the tele turn) while camber underfoot provides the edge hold needed for firm snow. Tip & tail rocker is common for more playful, soft-snow-oriented tele skis.

Compared to other types

Telemark skis strongly favor tip rocker over full camber, even more so than alpine all-mountain skis. The free-heel technique makes turn initiation harder, so the rocker assist is more valuable. Full camber telemark skis exist but are for experts only.

Why it matters: The telemark turn requires smooth, progressive turn initiation. Tip rocker helps the ski enter the turn without catching or requiring excessive effort. Full camber is too demanding for most tele skiers, and full rocker lacks the edge hold needed for variable conditions.

Flex / Stiffness

Flex Rating

What it means

How stiff or soft the ski is along its length, typically rated on a scale. Affects edge hold, stability, energy transfer, and forgiveness.

Typical for this type

5–7

Most common pick: 6

In practice

Medium flex (5–7 on a 10-point scale) is typical for telemark skis. They tend to be slightly softer than comparable alpine skis because the telemark turn requires the ski to flex progressively through the forebody, and the free heel provides less driving force than a fixed heel.

Compared to other types

Telemark skis are typically 1–2 points softer on the flex scale than equivalent alpine skis. The free-heel technique generates less leverage over the ski, so a slightly softer flex allows the tele skier to properly engage the ski's working length.

Why it matters: A ski that's too stiff won't flex properly in the telemark turn, leading to poor edge engagement and fatigue. A ski that's too soft will be unstable at speed and won't hold an edge on firm snow. Medium flex provides the best balance for most tele skiers.

Core Material

What it means

The primary material used in the ski's core, which largely determines its weight, flex characteristics, dampening, and feel.

Typical for this type

Wood, Wood Composite, Hybrid Lightweight

In practice

Wood-composite cores are the most common in telemark skis, combining the liveliness of wood with the tuned flex and reduced weight of composite materials. Pure wood cores are found in premium models. Lightweight hybrids are popular for touring-focused tele setups.

Compared to other types

Telemark skis are more likely to use wood-composite or lightweight hybrid cores than alpine skis, which often use pure wood cores with metal layers. Weight matters more in tele skiing, so the composite and hybrid options that reduce grams while maintaining flex are preferred.

Why it matters: Core material affects weight, flex, and feel—all critical for telemark skiing. The tele turn is more physically demanding than alpine skiing, so weight savings matter. But the ski must still flex smoothly and predictably, which wood and wood-composite cores provide better than foam.

Construction Type

What it means

The method used to build the ski's structure, affecting durability, edge hold, weight, and price.

Typical for this type

Sandwich, Hybrid

In practice

Sandwich/sidewall construction is the standard for telemark skis because it provides the edge hold and torsional rigidity needed for the telemark turn. Hybrid construction (sidewall underfoot, cap at tips) is also common for weight savings.

Compared to other types

Telemark skis almost exclusively use sandwich or hybrid construction, even at lower price points than alpine skis that might use cap construction. The edge hold demands of the tele turn make sidewall construction more important.

Why it matters: The telemark turn requires good edge hold, especially on the outside (rear) ski which bears most of the skier's weight. Sandwich construction provides the most consistent edge pressure and durability. Cap construction is rarely used in tele skis above entry level.

Weight (Per Pair)

Weight Per Pair

What it means

The total weight of both skis, measured in grams. Affects swing weight, touring efficiency, and overall maneuverability.

Typical for this type

3000–4200 g

Most common pick: 3600 g

In practice

Telemark skis tend to be lighter than comparable alpine skis because the telemark turn is more physically demanding and every gram contributes to fatigue. Touring-focused tele setups may go as light as 2800g, while inbounds charger tele skis may reach 4200g.

Compared to other types

Telemark skis are typically 200–400g lighter per pair than equivalent alpine skis. The weight savings are prioritized because tele skiing is more physically demanding and because many tele skiers also tour, where uphill weight matters significantly.

Why it matters: Weight directly affects fatigue in telemark skiing. The lunging, dropping motion of the tele turn taxes the legs far more than alpine turns, and heavy skis amplify this. Lighter skis are easier to maneuver through the lead change and reduce end-of-day exhaustion.

Recommended Skill Level

Skill Level

What it means

The rider ability level the ski is designed for, which determines flex, forgiveness, and performance characteristics.

Typical for this type

Intermediate, Advanced, Expert

In practice

Telemark skiing has a steep learning curve, so most dedicated telemark skiers are at least intermediate level. Beginner telemark skiers exist but often start on softer, shorter alpine skis mounted with tele bindings before moving to tele-specific models.

Compared to other types

Telemark skis skew higher in recommended skill level than alpine skis because the technique itself requires more skill. There are very few true beginner telemark skis—most entry-level tele skiers use soft alpine skis with tele bindings.

Why it matters: The telemark turn requires significant skill and fitness. A ski that's too demanding for your level will make learning frustrating and increase fatigue. Most tele-specific skis are designed for intermediate-to-expert skiers who have already committed to the discipline.

Terrain Type

Terrain

What it means

The primary terrain and snow conditions the ski is optimized for. Most skis handle multiple terrain types but excel in specific conditions.

Typical for this type

Groomed, Mixed, Powder, Backcountry

Most common pick: Mixed, Backcountry

In practice

Telemark skis are most commonly used on mixed resort terrain and in the backcountry. The free-heel setup naturally lends itself to touring, and many tele skiers split their time between inbounds and backcountry. Groomed runs are common for practice, and powder is a joy on tele gear.

Compared to other types

Telemark skis are more likely to be used in backcountry terrain than alpine skis because the free-heel setup is inherently touring-compatible. Park/pipe terrain is very rare for tele skis, and dedicated mogul skiing on tele gear is uncommon.

Why it matters: Terrain suitability should match where you tele ski most. Many tele skiers value versatility above all because they want one setup for resort laps and backcountry tours. The all-mountain orientation of most tele skis reflects this.

Twin Tip

What it means

Whether the ski has an upward-curving tail matching the tip, allowing the skier to land and ski backwards (switch).

Typical for this type

False (With Partial Tail Rise Common)

In practice

Most telemark skis have flat or slightly raised tails rather than full twin tips. The telemark turn benefits from a tail that provides solid edge hold through turn completion. Partial tail rise (a subtle upward curve) is common as a compromise for smoother turn release.

Compared to other types

Twin tips are less common in telemark skis than in alpine freestyle and all-mountain skis. The tele turn prioritizes tail edge hold over switch capability. Some modern tele skis have subtle tail rise for a slightly looser feel without full twin-tip geometry.

Why it matters: A full twin tip reduces tail edge hold, which can make the telemark turn feel less secure—especially on the rear (outside) ski that bears most weight. A flat or partially raised tail provides better edge engagement through the turn completion phase of the tele turn.

Dampening / Vibration Control

Dampening

What it means

The ski's ability to absorb vibrations and chatter at speed, typically achieved through metal layers, rubber, or specialized technologies. Affects smoothness and edge contact.

Typical for this type

Minimal, Moderate

In practice

Moderate dampening is the sweet spot for most telemark skis. The telemark turn is smoother and more fluid than alpine turns, so extreme dampening is less necessary. Minimal dampening is common in touring-focused tele skis where weight savings are prioritized.

Compared to other types

Telemark skis tend toward less dampening than alpine skis of similar width. The tele turn is inherently smoother and less aggressive than alpine turns at the same speed, so the need for high dampening is reduced. Many tele skiers prefer a more lively, communicative ski.

Why it matters: Over-dampened skis can feel dead and unresponsive in the telemark turn, which relies on feeling the ski flex and respond through the turn. Moderate dampening smooths out chatter without killing the ski's liveliness and feedback.

Metal Reinforcement

Metal Layers

What it means

Whether and how the ski incorporates metal (typically titanal/aluminum) layers in its construction for added torsional rigidity, edge hold, and dampening.

Typical for this type

None, Single

In practice

Most telemark skis use no metal layers to keep weight down and maintain a smooth, progressive flex. Single metal layers are found in some performance-oriented tele skis for improved edge hold on firm snow. Double metal is extremely rare in telemark.

Compared to other types

Telemark skis are far less likely to include metal layers than alpine skis. While double-metal alpine skis are common for charging, the weight and stiffness penalty is rarely worth it for tele skiing. No-metal and single-metal constructions dominate.

Why it matters: Metal layers add weight and stiffness, both of which can work against the telemark skier. The tele turn requires a ski that flexes smoothly, and the added weight of metal contributes to fatigue. However, aggressive inbounds tele skiers may benefit from a single metal layer for edge hold.

Binding Compatibility

What it means

The type of binding mounting system the ski supports, which determines which bindings can be installed.

Typical for this type

Touring Compatible, Hybrid

In practice

Telemark skis must be compatible with telemark bindings (NTN, 75mm, or TTS), which are drilled into the ski similar to alpine bindings. Many tele skis are also reinforced for tech touring bindings, making them hybrid-compatible. The mounting point is typically optimized for telemark, which is slightly forward of the alpine mark.

Compared to other types

Unlike alpine skis which use flat_alpine or system_alpine bindings, telemark skis require tele-specific binding mounts. The NTN system is the modern standard, but 75mm and TTS remain popular. Many tele skis also support tech touring bindings for pure uphill mode, making them more versatile than typical alpine skis.

Why it matters: Binding compatibility is critical because telemark bindings are a separate ecosystem from alpine bindings. The ski must be drilled for your chosen tele binding system, and switching systems later requires a remount. Some skis are pre-drilled or have reinforced mounting zones for specific tele bindings.

Evaluation

Strengths and trade-offs

Pros

What this type does best

Free-heel freedom and touring capability

Critical

The defining advantage of telemark skis is the free-heel setup that allows natural walking and touring motion on the uphill while still enabling controlled descents. No need to switch modes or flip heel risers—just skin up and ski down.

Elegant, flowing turn style

High

The telemark turn is widely considered the most beautiful turn in skiing. The lunging drop-knee motion creates a flowing, dance-like rhythm that many skiers find deeply satisfying and meditative.

Versatility across resort and backcountry

High

A single telemark setup can handle resort laps, backcountry tours, and everything in between. The free-heel design makes transitions between uphill and downhill seamless without binding mode changes.

Lighter overall setup weight

Medium

Telemark bindings and boots are typically lighter than alpine equivalents, and tele skis themselves tend to be lighter. This reduces fatigue on long days and makes touring more efficient.

Strong community and culture

Medium

Telemark skiing has a passionate, welcoming community. Tele skiers often share tips, gear recommendations, and stoke on the skin track. The culture values style, flow, and connection to the mountain over raw speed.

Improved fitness and body awareness

Medium

The telemark turn engages the entire lower body and core far more than alpine skiing. Regular tele skiing builds exceptional quad, glute, and core strength, along with improved balance and proprioception.

Better soft-snow feel and float

Medium

The free-heel technique naturally produces a smoother, more surfy feel in soft snow. Many tele skiers find that the lunging motion helps them stay balanced in powder and crud without the aggressive edge engagement that alpine skis demand.

Cons

Trade-offs to be aware of

Steep learning curve

Significant

Learning the telemark turn takes significantly more time and effort than learning alpine turns. The drop-knee motion requires balance, strength, and coordination that take seasons to develop. Expect to fall—a lot—while learning.

Higher physical demand

Significant

Telemark skiing is far more taxing on the legs and core than alpine skiing. The lunging motion fatigues the quads and glutes quickly, especially on steep or bumped terrain. This limits vertical feet per day compared to alpine.

Limited edge hold on firm snow

Moderate

The free-heel design provides less leverage over the ski's edge than a fixed alpine binding. On hardpack and ice, telemark skis simply cannot match the edge hold of alpine setups, making firm-condition skiing more challenging.

Smaller gear selection and availability

Moderate

The telemark market is much smaller than alpine, meaning fewer ski models, fewer boot options, and less availability at local shops. You may need to order gear online or from specialty retailers, and demo opportunities are limited.

Slower on groomed runs

Minor

Telemark turns are inherently slower than carved alpine turns on groomed terrain. If you want to ski fast on piste, alpine gear will always be quicker and more efficient. Tele is about style and flow, not speed.

Binding system fragmentation

Moderate

The telemark binding market is split between NTN, 75mm, and TTS systems, which are not interchangeable. Choosing one system means committing to compatible boots and potentially limiting future gear options. NTN is the modern standard but 75mm loyalists remain.

Best for

Terrain

Mixed resort terrainBackcountry and sidecountrySoft snow and powderGroomed runs for practice and cruising

Snow conditions

Soft snow and powderMixed variable conditionsSpring corn snowGroomed runs at moderate speeds

Skill level

IntermediateAdvancedExpert

Riding style

Free-heel telemark turnsTouring with tele descentsFlowing, rhythmic turn sequencesSurfy, smooth soft-snow riding

Rider profile

Skiers drawn to the telemark turn aesthetic and cultureBackcountry skiers who want free-heel descentsFitness-oriented skiers who enjoy the physical challengeSkiers who value versatility over specializationFormer alpine skiers seeking a new challenge and fresh perspective

Not ideal for

Reasons

Free-heel design limits edge hold and power transfer on firm snowTwin-tip and freestyle features are rare in tele-specific skisThe telemark turn is slower and less aggressive than alpine technique on groomersBeginners face a compounding challenge of learning both basic skiing and the tele turn simultaneouslyExtremely wide skis (110mm+) are difficult to manage in the tele turn

Terrain

Ice and extremely firm hardpackTerrain parks and halfpipesSteep, tight mogul runs at speed

Skill level

Beginner (unless specifically learning tele from the start)

Riding style

High-speed alpine carvingFreestyle park ridingCompetitive ski racing

Compare

How it stacks up

This page

Telemark Skis

Free-heel touring capability without binding mode changes; elegant turn style; lighter overall setup; seamless uphill-to-downhill transitions; unique culture and community.

Alternative

All-Mountain Alpine Skis

Superior edge hold on firm snow; faster and more powerful on groomers; vastly larger gear selection; easier learning curve; better performance at high speeds and in terrain parks.

Bottom line

Choose telemark if you value the free-heel experience, touring versatility, and the aesthetic of the tele turn. Choose alpine if you prioritize maximum downhill performance, speed, and edge hold, or if you're a beginner looking for the easiest path to proficiency.

This page

Telemark Skis

No need to switch between walk and ski modes on bindings; the free-heel is always ready for uphill or downhill; more natural walking stride on the skin track; the telemark turn is uniquely satisfying on backcountry descents.

Alternative

Touring / AT Skis

AT setups provide better edge hold and power on the descent because the heel locks down; wider range of ski and binding options; generally faster and more secure on steep, firm descents; easier to learn for alpine skiers transitioning to touring.

Bottom line

Choose telemark if you're committed to the free-heel turn and want a touring setup that matches your inbounds style. Choose AT if you want the security and power of a locked heel on descents, especially on steep or firm backcountry terrain.

This page

Telemark Skis

Lighter weight for the same width; touring capability built in; the tele turn provides a smooth, surfy feel in powder that many prefer over aggressive alpine technique; more versatile for resort-and-backcountry use.

Alternative

Freeride Alpine Skis

Better stability and dampening at high speeds in big mountain terrain; wider options available (110mm+) that are manageable with a fixed heel; more powerful edge engagement on steep, firm faces; larger selection of models.

Bottom line

Choose telemark for freeride if you prefer a flowing, surfy style in soft snow and want touring capability. Choose alpine freeride if you charge hard at high speeds, need maximum edge hold on steep firm snow, or prefer skis wider than 110mm.

This page

Telemark Skis

Far more versatile for off-piste and soft snow; touring capability; the telemark turn provides a unique and satisfying on-piste experience that carving skis cannot replicate.

Alternative

Frontside / Carving Skis

Dramatically better edge hold and carving performance on groomers; quicker turn initiation and edge-to-edge transitions; higher speeds with more security; much easier to learn and progress on.

Bottom line

Choose telemark if you want a versatile ski that can handle groomers and beyond with a distinctive style. Choose frontside/carving if you primarily ski groomed runs and want maximum carving performance and edge hold.

Shopping

Buying tips

1
Choose your binding system first (NTN, 75mm, or TTS) before selecting skis, as this determines boot compatibility and mounting requirements. NTN is the modern standard with the best performance; 75mm offers a classic feel; TTS is ideal for touring-focused setups.
2
Size telemark skis 3–5 cm shorter than you would an equivalent alpine ski. The free heel provides less leverage, and a slightly shorter ski is easier to manage in the tele turn, especially when learning.
3
Stay in the 85–105mm waist width range unless you have a specific reason to go wider. Skis over 110mm are significantly harder to tele turn and should only be considered by expert tele skiers who primarily ski deep powder.
4
Prioritize tip rocker with camber underfoot. This profile makes turn initiation easier (critical for tele) while maintaining edge hold. Full camber is only for expert tele skiers who ski primarily firm snow.
5
Consider a slightly softer flex than you would choose in alpine. The free heel generates less driving force, so a ski that's too stiff won't flex properly in the tele turn. Medium flex (5–7) is the sweet spot for most skiers.
6
If you plan to tour, factor in total setup weight (ski + binding + boot). Telemark boots are lighter than alpine boots, but the weight savings can be negated by heavy skis. Aim for a total setup weight under 3500g per foot for comfortable touring.
7
Demo before you buy if possible. Telemark ski feel is highly personal, and the same ski can feel very different under a free heel versus a fixed heel. Many tele festivals offer demo opportunities.
8
Check the mounting point. Telemark mounting points are typically 1–2 cm forward of the alpine recommended line to account for the different pressure distribution of the tele turn. Some skis have specific tele mount marks.

Care

Maintenance notes

Inspect binding mounting screws regularly. Telemark bindings place unique stresses on the mounting points due to the free-heel pivot and the torque of the tele turn. Loose screws can lead to binding pull-out, which is dangerous.
Keep edges sharp, especially underfoot. The telemark turn relies on edge engagement from the ball of the foot, so dull edges underfoot are more noticeable and problematic than on alpine skis.
Wax frequently if you tour. Touring in variable snow conditions is hard on bases, and a well-waxed ski glides more efficiently on the skin track and descends more predictably.
Check for delamination around the binding mount area. The tele turn's torque can stress the ski around the binding screws more than alpine skiing. Early detection of delamination can save the ski.
Store with bindings released or in walk mode to preserve the binding's pivot mechanism and boot sole compatibility over the summer.
If using 75mm bindings, inspect the duckbill interface on your boots regularly for wear. A worn duckbill can lead to unexpected release or poor performance.

Progression

Skill development path

Telemark skiing progression typically begins with learning the basic stance—dropping the inside knee behind the outside leg while maintaining upper-body composure—and progresses through linked turns on gentle groomers. Early stages focus on the lead change (switching which foot is forward between turns) and developing the quad and core strength needed for repeated lunging. Intermediate tele skiers work on carving tele turns with proper edge engagement, exploring steeper terrain, and beginning to venture off-piste. Advanced tele skiers refine their technique in variable snow conditions, steep terrain, and powder, developing the ability to adapt the tele turn to any situation. Expert tele skiers tackle big mountain lines, deep powder, and technical backcountry descents with fluid, powerful tele turns. Throughout the progression, fitness is a key enabler—regular strength training for quads, glutes, and core accelerates improvement. Many tele skiers find that the discipline becomes more rewarding over time as technique and fitness develop, with the flowing, rhythmic nature of linked tele turns providing a uniquely satisfying experience that keeps skiers committed to the free heel for life.

FAQ

Common questions

Each question has a dedicated page with a full answer and links to the buying guide.

Can I use regular alpine skis with telemark bindings?

Yes, many tele skiers mount telemark bindings on alpine skis, especially when learning. Most modern alpine skis work fine with tele bindings, though you should ensure the ski's flex pattern suits the tele turn—slightly softer skis tend to work better. The main consideration is the mounting point, which should be adjusted for telemark (typically 1–2cm forward of the alpine mark). Some skis have specific tele mounting marks. Avoid extremely stiff racing skis and very wide freeride skis (110mm+) as these are harder to manage with a free heel.

Should I choose NTN or 75mm bindings for telemark skiing?

NTN (New Telemark Norm) is the modern standard and recommended for most skiers. It provides significantly better edge hold, power transfer, and safety features (including a reliable release mechanism) compared to 75mm. NTN boots are also more comfortable and perform better. The 75mm (duckbill) system still has loyal adherents who prefer its more nuanced, classic feel and the ability to use climbing heels. However, 75mm gear selection is shrinking. If you're starting fresh, go NTN unless you have a specific reason to choose 75mm.

How much harder is telemark skiing than alpine skiing?

Telemark skiing is significantly more physically demanding and technically challenging than alpine skiing, especially in the learning phase. The telemark turn requires quad and core strength that alpine skiing doesn't demand, and the lead change (switching which foot is forward) adds a coordination challenge. Expect to spend at least a full season learning basic linked tele turns, compared to days or weeks for basic alpine turns. However, the learning curve flattens as you develop strength and technique, and many skiers find the tele turn becomes intuitive and deeply rewarding over time.

What waist width is best for a telemark ski?

For most telemark skiers, 85–105mm is the ideal waist width range. This provides enough float for soft snow while keeping the ski quick enough for the tele turn's active edge-to-edge transitions. Skis in the 90–100mm range are the most popular for all-mountain versatility. Go narrower (80–90mm) if you ski primarily firm snow or groomed runs. Go wider (100–110mm) if you ski primarily soft snow and powder. Avoid skis wider than 110mm unless you're an expert tele skier with a specific need—the free heel makes very wide skis significantly harder to manage.

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