Estimate calories and kilojoules burned cross-country (Nordic) skiing at three pace levels — slow ski-walking, moderate touring speed, and brisk vigorous effort — based on your body weight and session length, using MET values from the Winter Activities section of the 2024 Adult Compendium of Physical Activities. This is a dedicated calculator for cross-country skiing, and it's deliberately separate from our general Skiing Calorie Calculator, which covers downhill/alpine skiing. The two activities have very different energy demands: downhill skiing involves gravity-assisted descents broken up by chairlift rides, while cross-country skiing is a continuous, self-propelled, whole-body cardio effort — closer in intensity to running or cycling than to a day on the alpine slopes — which is why it carries substantially higher MET values.
Cross-country skiing calorie burn depends heavily on pace, captured here as three tiers: slow ski-walking (MET 6.8), moderate touring speed (MET 8.5), and brisk, vigorous effort (MET 11.3). The formula is calories = MET × body weight (kg) × duration (hours). A 75 kg skier on a 2-hour outing burns about 1,020 kcal (4,268 kJ) at the slow ski-walking pace, 1,275 kcal (5,335 kJ) at moderate touring speed, and 1,695 kcal (7,092 kJ) skiing briskly — figures that put cross-country skiing among the more demanding common recreational activities.
| Pace / Effort | MET | Calories | Kilojoules |
|---|
The calculation uses a MET (Metabolic Equivalent of Task) value for your skiing pace, your body weight, and the length of your session. This calculator uses three MET tiers taken directly from the Winter Activities codes in the 2024 Adult Compendium of Physical Activities — slow/light effort ski-walking at 2.5 mph (code 19080, MET 6.8), moderate speed and effort at 4.0–4.9 mph (code 19090, MET 8.5), and brisk speed, vigorous effort at 5.0–7.9 mph (code 19100, MET 11.3). None of these three codes are flagged as estimated in the Compendium — all three are literature-supported entries, so there's no separate honesty disclosure needed on this page.
| Pace / Effort | MET | Calories (75 kg, 2 hr) | Kilojoules |
|---|---|---|---|
| Slow / light effort, ski walking (2.5 mph) | 6.8 | 1,020 kcal | 4,268 kJ |
| Moderate speed and effort (4.0–4.9 mph) | 8.5 | 1,275 kcal | 5,335 kJ |
| Brisk speed, vigorous effort (5.0–7.9 mph) | 11.3 | 1,695 kcal | 7,092 kJ |
Cross-country skiing covers a wide range of effort, which is exactly why this calculator uses three separate tiers rather than a single number. Slow/light effort, ski-walking pace (around 2.5 mph) is the gentlest tier — a relaxed, gliding stride you'd use on flat, groomed trails, on easy terrain, or when skiing with young children or beginners still building technique. Moderate speed and effort (roughly 4.0–4.9 mph) is a typical touring pace for a reasonably fit recreational skier covering ground at a steady, sustained rhythm across rolling terrain — the pace most people settle into on a multi-hour tour. Brisk speed, vigorous effort (5.0–7.9 mph) reflects a fast, powerful, athletic pace with strong poling and long glide phases, more typical of fitness-focused skiers, ski-touring enthusiasts pushing the pace, or those training on cross-country trails — and it's this tier that pushes the MET value well past 11, placing it firmly in the vigorous-intensity category.
The table below holds the pace constant at the moderate speed and effort tier (MET 8.5) for a 2-hour session, so you can see how much body weight alone changes the total.
| Body Weight | MET | Calories (2 hr) | Kilojoules |
|---|---|---|---|
| 55 kg | 8.5 | 935 kcal | 3,912 kJ |
| 60 kg | 8.5 | 1,020 kcal | 4,268 kJ |
| 65 kg | 8.5 | 1,105 kcal | 4,623 kJ |
| 70 kg | 8.5 | 1,190 kcal | 4,979 kJ |
| 85 kg | 8.5 | 1,445 kcal | 6,046 kJ |
| 90 kg | 8.5 | 1,530 kcal | 6,402 kJ |
Cross-country ski tours can run anywhere from a quick hour on a local trail to a full day of touring. Here body weight is fixed at 75 kg while session length and pace both change, so you can compare how much a longer session and a faster pace each add to the total.
| Session Length | Ski Walking (MET 6.8) | Moderate (MET 8.5) | Brisk / Vigorous (MET 11.3) |
|---|---|---|---|
| 1 hour | 510 kcal / 2,134 kJ | 638 kcal / 2,667 kJ | 848 kcal / 3,546 kJ |
| 2 hours | 1,020 kcal / 4,268 kJ | 1,275 kcal / 5,335 kJ | 1,695 kcal / 7,092 kJ |
| 3 hours | 1,530 kcal / 6,402 kJ | 1,913 kcal / 8,002 kJ | 2,543 kcal / 10,638 kJ |
| 4 hours | 2,040 kcal / 8,535 kJ | 2,550 kcal / 10,669 kJ | 3,390 kcal / 14,184 kJ |
Australian nutrition panels list energy in kilojoules, not calories, so it's worth converting your session total into the same unit your food packaging uses. Multiply your calorie figure by 4.184 to get kilojoules. A 75 kg skier doing a 2-hour session at moderate speed and effort burns about 1,275 kcal, which is roughly 5,335 kJ — a useful figure to weigh up against the energy value of a trail snack, a packed lunch, or a post-ski meal.
How many calories does cross-country skiing burn?
It depends on your pace and session length. Using this calculator's three tiers for a 75 kg skier on a 2-hour outing: slow/light effort ski-walking (MET 6.8) burns about 1,020 kcal (4,268 kJ), moderate speed and effort (MET 8.5) burns about 1,275 kcal (5,335 kJ), and brisk, vigorous effort (MET 11.3) burns about 1,695 kcal (7,092 kJ). Lighter or heavier skiers, and shorter or longer sessions, will see proportionally lower or higher totals, so enter your own weight and duration above for a personalised estimate.
How is this different from MegaCalcOnline's other Skiing Calorie Calculator?
This page is dedicated to cross-country (Nordic) skiing, while our separate Skiing Calorie Calculator covers general downhill/alpine skiing. The two activities have very different energy demands: downhill skiing alternates gravity-assisted runs with chairlift rides and standing around, while cross-country skiing is a continuous, self-propelled, whole-body effort with no lift breaks. That's why the MET values used here (6.8 to 11.3) sit considerably higher than the MET values used for typical downhill skiing, and why the two activities are calculated separately rather than lumped into one calculator.
Is cross-country skiing one of the most demanding common exercises for calorie burn?
Yes, relatively speaking. Cross-country skiing's MET values, especially at moderate-to-brisk pace (8.5 to 11.3), are notably high compared with most common recreational activities — in the same range as running at a solid pace or vigorous cycling. Because it engages the arms, core and legs simultaneously in a continuous, sustained rhythm, it's widely regarded among exercise physiologists as one of the most metabolically demanding common recreational activities, which is reflected directly in the high MET figures used in this calculator.
Where can Australians go cross-country skiing?
Cross-country skiing is available at a small number of Australian alpine areas, including parts of the Snowy Mountains in New South Wales and the Victorian High Country, where dedicated Nordic trails exist alongside the more common downhill resorts. It's a genuine activity locally, though a niche one — many Australians who cross-country ski do so mainly on overseas trips to destinations such as Japan, Europe, North America or New Zealand, where trail networks and snow conditions are more extensive.
How is calories burned cross-country skiing calculated?
The calculator multiplies a MET (Metabolic Equivalent of Task) value for your chosen pace by your body weight in kilograms and by your session duration in hours: calories = MET × body weight (kg) × duration (hours). The three MET values used — 6.8 for slow/light effort ski-walking, 8.5 for moderate speed and effort, and 11.3 for brisk, vigorous effort — come directly from the Winter Activities section of the 2024 Adult Compendium of Physical Activities. The result in kilocalories is then multiplied by 4.184 to give the equivalent figure in kilojoules, the unit used on Australian food labels.
Does body weight change how many calories cross-country skiing burns?
Yes. Because calories equal MET multiplied by body weight in kilograms multiplied by duration in hours, body weight is a direct multiplier in the formula. At the moderate speed and effort tier (MET 8.5) for a 2-hour session, a 90 kg skier burns roughly 1,530 kcal compared with about 935 kcal for a 55 kg skier completing the identical session at the identical pace.
How do I convert calories burned cross-country skiing into kilojoules?
Multiply the calorie figure by 4.184, the standard conversion between kilocalories and kilojoules used on Australian food labels. A 75 kg skier doing a 2-hour session at moderate speed and effort (MET 8.5) burns about 1,275 kcal, which converts to roughly 5,335 kJ — a useful number for comparing against the energy value of a trail snack or a post-ski meal.