Cross-Country Ski Pole Length Calculator
Calculate the correct cross-country ski pole length for classic and skate techniques based on your height and optional arm length measurement.
About this calculator
Cross-country pole length depends heavily on technique because classic and skate skiing use completely different pole plants. This calculator starts from two height-based ratios: classic poles at 83% of height (sized to reach your armpit when standing on flat ground) and skate poles at 89% of height (sized to reach between your chin and mouth), both rounded to the nearest centimeter. Those percentages come from the standard fitting guidance used across Nordic skiing, and the calculator reports both lengths regardless of which technique you select, so you can compare. If you provide your arm length (shoulder to wrist), the calculator refines the estimate: it first computes an "average" arm length for your height (44% of height), finds how far your actual arm length deviates from that average, and applies 40% of that difference as an adjustment to both pole lengths — the logic being that skiers with proportionally longer arms can comfortably use slightly longer poles, and vice versa.
A sizing note also flags whether your arms are more than 5 cm longer or shorter than the height-predicted average, suggesting you consider sizing up or down from standard charts. Leave arm length at 0 to skip this refinement and get the pure height-based recommendation. Keep in mind poles are typically sold in 5 cm increments, so treat the result as a target to round to the nearest available size rather than an exact cut length, and remember the arm-length adjustment is a proportional estimate, not a substitute for standing in the poles at a shop.
Inputs
Results
Recommended Pole Length
145 cm
≈ 10 smartphones
How to Use This Calculator
- Enter Skier Height, Technique, and Arm Length (optional).
- Review the Recommended Pole Length (cm) result.
- Use Classic Pole Length (cm) and Skate Pole Length (cm) to inform your decision.
How the result changes with Skier Height
| Skier Height | Recommended Pole Length |
|---|---|
| 120 | 100 cm |
| 131 | 109 cm |
| 210 | 174 cm |
What each input means
- Skier Height
- Your height in centimeters. This is the primary factor in pole length selection.
- Technique
- The cross-country skiing technique you use, which sets the target pole length.
- Arm Length (optional)
- Measured from shoulder to wrist. Enter 0 to use standard height-based formula. Helps refine sizing for unusually long or short arms.
What each result means
- Recommended Pole Length
- Best pole length for your selected technique. Poles are sold in 5 cm increments — round to the nearest available size.
- Classic Pole Length
- Pole length for classic technique (diagonal stride). Should reach your armpit when standing.
- Skate Pole Length
- Pole length for skate technique. Should reach between your chin and mouth when standing.
- Sizing Note
- 1 = Standard fit, 2 = Consider sizing up (long arms), 3 = Consider sizing down (short arms).
How this is calculated
Worked example, using the default values
- Identify Input ParametersSkier Height = 175, Technique = 0, Arm Length (optional) = 0 = 3 input(s) provided
- Calculate Recommended Pole LengthRecommended Pole Length145 = 145
- Calculate Classic Pole Length145 = 145
- Calculate Skate Pole Length156 = 156
Engine last updated . Checked against 2 independently-derived tests — how we verify calculators. Built by Paul Gunder, a software engineer, not a licensed financial, medical, or legal professional.
Frequently Asked Questions
Why are skate poles longer than classic poles for the same height?
Classic technique uses a diagonal stride with the pole planted close to the body, so a shorter pole (83% of height, reaching the armpit) keeps the poling motion efficient. Skate technique relies on a more upright stance and a stronger double-pole push for propulsion, which calls for a longer pole (89% of height, reaching chin to mouth) to generate power through a fuller arm extension. The calculator computes both simultaneously so you can compare regardless of which one you select as your primary technique.
What does entering my arm length actually change in the result?
If arm length is greater than zero, the calculator first estimates an average arm length for your height (44% of height), then finds how far your actual arm length differs from that average. It applies 40% of that difference as a centimeter adjustment to both the classic and skate pole lengths — so someone with proportionally long arms gets slightly longer recommended poles, and someone with short arms gets slightly shorter ones, on top of the height-based baseline.
My sizing note says to consider sizing up or down — what triggers that?
The sizing note compares your entered arm length against the height-predicted average (44% of height). If your arm length exceeds that average by more than 5 cm, the note flags 'consider sizing up'; if it falls short by more than 5 cm, it flags 'consider sizing down.' Inside that 10 cm band, your proportions are considered close enough to average that the note reports a standard fit.
Why does the recommended length come out to an odd number like 147 cm instead of a size I can buy?
The formula rounds to the nearest centimeter, but retail poles are typically sold in 5 cm increments (e.g. 145, 150, 155 cm). Treat the calculator's output as a target and round to whichever stocked size is closest — going a size down is usually preferred over sizing up if you're exactly between two options, since a slightly short pole is easier to adapt to than an overly long one.
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