What it means
The total length of the ski pole from tip to top of the grip, measured in centimeters. The most critical dimension for proper fit and performance.
Typical for this type
120–140 cm
Most common pick: 125 cm
In practice
Telemark poles are notably longer than standard alpine poles because the telemark lunge stance places the skier lower to the snow, requiring greater reach for effective pole plants. Most telemark skiers use poles 5–10 cm longer than their alpine pole size.
Compared to other types
Telemark poles are 5–10 cm longer than alpine all-mountain poles for the same skier height, and 10–15 cm shorter than Nordic cross-country poles. They are similar in length to backcountry touring poles set to their uphill position.
Why it matters: Proper length is critical in telemark skiing—poles that are too short force an upright stance that undermines turn mechanics, while poles that are too long can cause shoulder strain and sluggish plants. The deep lunge of the telemark turn makes this dimension more sensitive than in alpine skiing.
What it means
The primary material used in the pole shaft, which determines weight, durability, stiffness, vibration dampening, and price.
Typical for this type
Carbon Fiber Or Aluminum Carbon Mix
In practice
Carbon fiber is the most popular choice for dedicated telemark poles due to its low weight and vibration dampening, both valuable for the physically demanding telemark technique. Aluminum-carbon mix poles offer a durability compromise for skiers who are hard on equipment.
Compared to other types
Telemark poles favor carbon more heavily than alpine all-mountain poles (where aluminum dominates) due to weight sensitivity, similar to backcountry touring poles where every gram counts on the ascent.
Why it matters: Telemark skiing is more physically taxing than alpine skiing, making pole weight a more significant factor in fatigue management. Swing weight matters on every turn, and over a full day the difference between aluminum and carbon becomes very noticeable.
Weight (Pair)
Weight Per Pair
What it means
The total weight of a pair of ski poles measured in grams. Lighter poles reduce arm fatigue and improve swing dynamics.
Typical for this type
280–420 g
Most common pick: 340 g
In practice
Telemark poles typically weigh 280–420 g per pair, with carbon models at the lighter end and adjustable aluminum models at the heavier end. The physical intensity of telemark skiing makes lighter poles noticeably less fatiguing.
Compared to other types
Telemark poles are lighter on average than alpine all-mountain poles (which often weigh 400–550 g) but may be slightly heavier than pure race poles due to adjustable mechanisms and larger baskets. They are comparable to backcountry touring poles in weight priorities.
Why it matters: Every pole swing in a telemark turn requires lifting and re-planting the pole. Over hundreds of turns per day, even modest weight savings compound into significant fatigue reduction. This is amplified by the more frequent and dynamic pole plant timing in telemark versus alpine skiing.
What it means
The disc or cone near the pole tip that prevents the pole from sinking into soft snow. Basket size and shape affect performance in different snow conditions.
Typical for this type
Powder Or Interchangeable
In practice
Powder baskets (80–100 mm diameter) are the most common choice for telemark poles because the discipline frequently involves off-piste and backcountry terrain with soft snow. Interchangeable baskets offer versatility for skiers who also ski groomed runs.
Compared to other types
Telemark poles use powder baskets far more frequently than alpine all-mountain or racing poles (which use standard or cone baskets), similar to backcountry touring and freeride poles where soft snow performance is prioritized.
Why it matters: In deep snow, standard baskets allow the pole to plunge to the grip, providing no support or balance—critical problems during the already-balance-challenging telemark turn. Powder baskets keep the pole on the surface where it can provide reliable planting.
What it means
The design and shape of the pole grip which affects comfort, security, and technique. Grip ergonomics are crucial for all-day skiing comfort.
Typical for this type
Ergonomic Or Freeride Grip
In practice
Ergonomic contoured grips are popular for telemark poles because they reduce hand fatigue during the frequent, forceful pole plants of telemark turns. Freeride/extended grips are valuable for telemarkers who ski steep terrain and need to choke down on sidehill traverses.
Compared to other types
Telemark poles favor ergonomic and extended grips more than standard alpine poles (which often use simple cylindrical grips), reflecting the discipline's greater hand fatigue demands and frequent steep terrain.
Why it matters: Telemark skiing places greater and more sustained demand on the hands and wrists than alpine skiing due to the dynamic nature of pole plants in each turn. Grip comfort directly affects endurance and control over a full day.
Grip Material
Grip Material
What it means
The material covering the grip area, affecting comfort, insulation, grip security, and moisture management.
Typical for this type
Cork Or Rubber
In practice
Cork grips are very popular for telemark poles because they wick moisture from hard-working hands and mold to the hand over time for a custom feel. Rubber is the second most common choice, offering good grip security in all conditions.
Compared to other types
Telemark poles use cork more frequently than alpine all-mountain poles (where rubber dominates), similar to backcountry touring poles where moisture management during sustained effort is valued.
Why it matters: Telemark skiing generates more hand perspiration than typical alpine skiing due to the physical intensity of the technique. Moisture management keeps hands secure on the grip and reduces blistering on long days.
What it means
The design of the strap or loop that secures the pole to the skier's wrist, affecting security, comfort, and release characteristics.
Typical for this type
Standard Strap Or Trigger S
In practice
Standard nylon straps are the most common on telemark poles, providing reliable security and simple operation. Some telemarkers choose Leki Trigger systems for the injury-protection release feature, which is valuable given the fall frequency while learning telemark technique.
Compared to other types
Telemark poles use similar strap types to alpine all-mountain poles. The injury risk from straps may be slightly higher in telemark due to more frequent falls, making release systems like Trigger S potentially more valuable than in alpine skiing.
Why it matters: Proper strap use is essential in telemark skiing for effective pole planting and timing. The free-heel nature of telemark means falls can be more frequent, especially while learning, making strap release characteristics more safety-relevant than in alpine skiing.
Construction
Construction Type
What it means
Whether the pole is a fixed single shaft, telescoping adjustable, or folding design. Affects packability, versatility, and weight.
Typical for this type
Telescopic Or Fixed
In practice
Telescopic adjustable poles are the most popular choice for telemark skiing because they allow length adjustment for uphill versus downhill and accommodate technique evolution. Fixed-length poles are preferred by some experienced telemarkers who have settled on their ideal length and prioritize weight savings.
Compared to other types
Telemark poles use adjustable construction far more often than alpine all-mountain or racing poles (which are overwhelmingly fixed-length), similar to backcountry touring poles where adjustability is considered essential.
Why it matters: Telemark skiers often tour uphill and ski down in the same outing, requiring different pole lengths for each phase. Adjustable poles also let skiers experiment with length as their telemark stance deepens with improving technique—a common progression.
What it means
The material of the pole tip (point), which affects durability, grip on hard snow and ice, and longevity.
Typical for this type
Carbide
In practice
Carbide/tungsten tips are standard on quality telemark poles, providing the durability and hard-snow grip needed for the varied conditions telemark skiers encounter, from icy morning groomers to soft afternoon powder.
Compared to other types
Telemark poles use carbide tips at similar rates to other quality pole subcategories. The case for carbide over steel is stronger than for resort-only poles because telemark poles encounter more abrasive off-piste surfaces including rocks and dirt.
Why it matters: Telemark skiers often encounter harder snow conditions in the morning and softer snow as the day progresses. Carbide tips grip reliably across this full range and maintain their effectiveness over many seasons, which matters for poles that see varied off-piste use.
Shaft Diameter
Shaft Diameter
What it means
The diameter of the pole shaft, typically tapering from grip to tip. Affects swing weight, stiffness, and aerodynamics.
Typical for this type
15–18 mm grip end, 12–14 mm tip end
Most common pick: 16 mm (grip end), tapering to 13 mm (tip end)
In practice
Telemark poles follow standard shaft diameter conventions, with 16–18 mm at the grip tapering to 12–14 mm at the tip. Carbon models sometimes feature more aggressive tapering to reduce swing weight at the tip end.
Compared to other types
Telemark poles have similar shaft diameters to other pole subcategories. The emphasis on swing weight may favor slightly more aggressive tapering than standard aluminum all-mountain poles, similar to touring poles.
Why it matters: Shaft diameter affects swing weight and feel, which matters in telemark skiing due to the frequency and importance of pole plants. More aggressive tapering reduces weight at the tip where it most affects swing dynamics.
Vibration Dampening
Vibration Dampening
What it means
The pole's ability to absorb and reduce vibrations transmitted from the tip through the shaft to the grip. Affects comfort and feel on hard, choppy snow.
Typical for this type
High Or Moderate
In practice
High vibration dampening is preferred for telemark poles because the discipline involves long days with frequent pole plants on varied snow conditions. Carbon fiber shafts naturally provide excellent dampening.
Compared to other types
Telemark poles prioritize dampening more than racing poles (which prefer low dampening for snow feel) and similarly to backcountry touring poles where all-day comfort matters. They are more dampening-focused than basic aluminum all-mountain poles.
Why it matters: Telemark skiing keeps poles in near-constant use with every turn, meaning vibration exposure is sustained throughout the day. Good dampening reduces hand and arm fatigue, which is already elevated by the physical demands of the telemark technique.
Discipline
Intended Discipline
What it means
The primary skiing discipline the pole is designed for, which influences all other design choices from length to basket to material.
Typical for this type
Backcountry Touring And/Or Freeride Big Mountain
Most common pick: Backcountry Touring, Freeride Big Mountain
In practice
Telemark skiing spans backcountry touring and freeride/big mountain terrain, and telemark poles are designed with features from both disciplines. The discipline-specific enum does not include a telemark option, so these are the closest matches reflecting the touring capability and off-piste focus of telemark skiing.
Compared to other types
Telemark poles share discipline overlap with backcountry touring poles (adjustability, powder baskets, light weight) and freeride poles (extended grips, durable construction), but differ from alpine all-mountain and racing poles in nearly every design priority.
Why it matters: Matching pole features to terrain type ensures you have the right basket size, grip extension, adjustability, and durability for where you actually ski. Telemark skiers who primarily ski resorts still benefit from touring-oriented features due to the technique's demands.
What it means
Whether the pole shaft is straight or features a bend/curve, typically designed for aerodynamic tuck positions in racing.
Typical for this type
False Only
In practice
Telemark poles always have straight shafts. Curved shafts are an aerodynamic racing feature for GS and speed disciplines, providing no benefit for telemark skiing and interfering with the varied pole angles used in telemark turns.
Compared to other types
Like alpine all-mountain, freestyle, and backcountry poles, telemark poles use straight shafts. Only GS/speed racing poles use curved shafts.
Why it matters: A curved shaft would actively hinder telemark technique by altering the pole plant angle and making it harder to plant cleanly at the varied positions telemark turns require. This feature is exclusively for speed discipline racing.
Adjustment Range
Adjustment Range
What it means
The range of lengths an adjustable pole can be set to, relevant only for telescopic and folding poles.
Typical for this type
100–145 cm
Most common pick: 105–140 cm
In practice
For adjustable telemark poles, a range of 100–145 cm covers the needs of most skiers, allowing longer settings for uphill touring and shorter settings for downhill turns. The range should span at least 25–30 cm to provide meaningful adjustability.
Compared to other types
Telemark poles need similar adjustment ranges to backcountry touring poles, but the minimum length is typically longer than pure touring poles because telemark downhill technique requires longer poles than alpine downhill technique.
Why it matters: Adequate adjustment range allows telemark skiers to optimize pole length for each phase of their skiing—longer for efficient striding on the ascent, shorter for precise planting on the descent. Insufficient range negates the benefit of adjustable poles.
Lock Mechanism
Locking Mechanism
What it means
The type of mechanism used to secure adjustable poles at the desired length. Affects reliability, ease of use, and durability.
Typical for this type
External Clamp
In practice
External clamp (Flicklock-style) mechanisms are the preferred choice for adjustable telemark poles because they are reliable in cold and wet conditions, easy to operate with gloves, and visually confirm when properly secured.
Compared to other types
Telemark poles share the external clamp preference with backcountry touring poles, where reliability in adverse conditions is paramount. This differs from budget adjustable poles that may use internal twist locks, which are less reliable in cold and wet conditions.
Why it matters: Telemark skiing often takes place in cold, wet backcountry conditions where locking mechanism reliability is safety-critical. A pole that collapses unexpectedly during a telemark turn can cause a fall. External clamps are the most dependable in these conditions.
Packed Length
Packed Length
What it means
The length of the pole when collapsed or folded to its minimum size. Relevant for travel and backcountry applications where poles need to fit in or on a pack.
Typical for this type
35–65 cm
Most common pick: 55 cm (telescopic collapsed)
In practice
Adjustable telemark poles typically collapse to 50–65 cm, while folding models can pack down to 35–45 cm. Packed length matters for travel and for stowing poles inside a pack during steep boot packs.
Compared to other types
Telemark poles have similar packed length needs to backcountry touring poles. This dimension is irrelevant for fixed-length alpine poles that never need to collapse.
Why it matters: Telemark skiers who venture into the backcountry sometimes need to stow poles on or in their pack for steep climbing sections or ski removal at ridgelines. Compact packed length enables inside-pack carry, which is more secure than external attachment.
