An hour of skiing typically burns ~360–1,000 calories, depending on body weight, terrain, effort, and how much of that hour you’re actually moving.
Effort
Active Minutes
Estimated Burn
Downhill
- Active skiing only; lift time cuts totals
- Light to vigorous effort (≈4–8 METs)
- Works quads, glutes, core
Resort laps
Cross-Country
- Continuous work; few stops
- Moderate to hard (≈6.8–11.3 METs+)
- Upper- & lower-body drive
Nordic tracks
Backcountry/Uphill
- Long climbs; heavy gear
- High output; cold/altitude effects
- Navigation & safety skills
Earned turns
Calories Burned In One Hour Of Skiing: Real-World Ranges
Here’s the fast way to size your burn. Skiing energy use is commonly estimated with MET values (metabolic equivalents) and a simple kcal equation. Downhill laps sit near 4.3–8.0 METs depending on effort, while cross-country spans ~6.8–11.3 METs or more. These values come from the Adult Compendium of Physical Activities, which lists dozens of winter codes including slalom, alpine laps, and several Nordic speeds (active time only for downhill).
Calories per minute ≈ MET × 3.5 × body weight (kg) ÷ 200. This relationship is taught by university extension programs and exercise texts, and it’s widely used for field estimates.
What Shapes Your Burn On The Mountain
Active Minutes Matter More Than Anything
With chairlifts, a good chunk of the hour isn’t movement. The Compendium lists alpine values for “active time only,” so your hourly total depends on how much you’re actually sliding. If you ski 30–40 minutes out of the hour, cut any “all-active” estimate by the same fraction.
Effort And Terrain Change The Math
Green runs at a relaxed pace land near the low end; steeper pitches and aggressive carving push into the higher band. Cross-country is steadier and usually higher because you’re moving almost the entire session. The MET table shows Nordic “general” near 8.5 and brisk efforts well above 11.
Body Weight And Technique
The kcal equation scales linearly with body weight, so two skiers doing the same run at the same pace won’t burn the same number. Better technique can lower cost at a given speed; soft snow, heavy gear, and altitude can push it up. The formula and Compendium values are estimates, not lab-measured numbers for you personally.
Hourly Estimates Using Standard METs (Active Time)
The table below shows hour-long active totals using published MET values for popular styles. If your hour includes lift rides, multiply by your actual moving minutes/60.
| Ski Style & Effort (MET) | 125 lb (56.7 kg) | 185 lb (83.9 kg) |
|---|---|---|
| Downhill — Light (4.3) | ~256 kcal/hr | ~379 kcal/hr |
| Downhill — Moderate (6.3) | ~375 kcal/hr | ~555 kcal/hr |
| Downhill — Vigorous (8.0) | ~476 kcal/hr | ~705 kcal/hr |
| Cross-Country — Easy (6.8) | ~405 kcal/hr | ~599 kcal/hr |
| Cross-Country — Moderate (8.5) | ~506 kcal/hr | ~749 kcal/hr |
| Cross-Country — Brisk (11.3) | ~673 kcal/hr | ~995 kcal/hr |
These numbers come from the Compendium’s winter entries for alpine and Nordic activities and the standard kcal formula shown above.
Quick Reality Check With A Published Chart
A frequently cited calorie chart from a major medical publisher lists 30-minute estimates for “Skiing: downhill” (180, 216, 252 kcal at 125, 155, 185 lb) and “Skiing: cross-country” (198, 246, 293 kcal). Doubling those gives an hour-view of 360–504 kcal for recreational downhill and ~396–586 kcal for general Nordic. That chart reflects mixed effort and stop-and-go time; alpine numbers are lower than the “all-active” Compendium line.
How To Use This In The Real World
Pick the row that matches your style. Then scale by your moving time. If you rode lifts for 20 minutes and skied for 40, multiply the “active hour” by 40/60. That gets you closer to a real day.
Once you have an estimate for the session, it’s easier to plan food and pacing. Snacks land better once you understand your daily calorie burn.
How To Calculate Your Own Hour
Step 1: Pick A MET
Use the Compendium’s winter activity list. For alpine skiing, choose light (4.3), moderate (6.3), or vigorous (8.0). For Nordic, pick the closest pace: easy 6.8, general 8.5, brisk 11.3.
Step 2: Plug In Weight
Convert pounds to kilograms (divide by 2.2). Keep one decimal place for clean math.
Step 3: Apply The Equation
Calories per minute = MET × 3.5 × kg ÷ 200. Multiply by active minutes only. This formula is taught by Texas A&M AgriLife Extension and appears across exercise texts.
Step 4: Adjust For Stops
On resort days, run the math twice: once for time moving and once for time not moving (0 MET). Add them for your hour. Nordic sessions rarely need this since you’re in motion most of the time.
Safe Effort And Intensity Cues
Intensity can be gauged with the talk test used in public guidance: during moderate work, you can talk but not sing; during hard work, you can say only a few words before taking a breath. Pair this with how your legs feel mid-run and choose speeds that fit your skill.
What About Gear, Snow, And Weather?
Gear Weight And Fit
Rigid boots, wider skis, and packs raise cost a bit. So does carrying avy gear in the backcountry. If your estimates feel low on heavy days, bump the MET choice up one notch.
Snow Texture And Temperature
Cold, grippy snow and tracked-out bumps mean more muscular work for the same line. Spring corn and smooth groomers ride faster with less energy at the same speed.
Stops, Starts, And Lines
Lift lines and trail merges create downtime. That’s why downhill charts that include rest trend lower than “active-only” Compendium numbers.
Practical Scenarios For A Typical Day
Here’s how totals swing once you account for stoppage. To keep things apples-to-apples, the examples below use a 155-lb skier (70.3 kg) and moderate effort for each style.
| Hourly Scenario | Downhill — Moderate (155 lb) | Cross-Country — Moderate (155 lb) |
|---|---|---|
| 60 min moving | ~465 kcal | ~627 kcal |
| 45 min moving + 15 min lifts | ~349 kcal | ~627 kcal |
| 30 min moving + 30 min lifts | ~233 kcal | ~627 kcal |
Downhill rows use alpine METs marked “active time only.” Nordic rows don’t change because the skier keeps moving almost the whole hour.
How This Aligns With Public Charts
That medical calorie chart shows recreational alpine at ~360–504 kcal per hour and general Nordic at ~396–586 kcal per hour across common body weights. These sit in the same ballpark as the adjusted scenarios above once you factor in lift rides and varied terrain.
When You Want A Simple Shortcut
Rule Of Thumb For Resort Days
Pick the “Downhill — Moderate” line from the first table, then scale it by your moving time. If you’re out for six hours with about half of each hour on snow, expect roughly three “active hours” worth of burn.
Rule Of Thumb For Nordic Days
Use the “Cross-Country — Moderate” line and keep it as is. If half your loop is uphill and you push the pace, slide toward the brisk row for a better match.
Trusted References You Can Use Mid-Trip
The Compendium provides activity codes and MET values for winter sports, including alpine effort levels and several Nordic paces. It’s the standard reference used by researchers for energy-cost estimates.
Public health guidance explains intensity without gadgets. The talk test helps you gauge moderate versus hard work quickly, even while gliding.
Make Your Numbers Work For You
If you’re training or managing weight, pair your ski-day estimate with a steady eating plan. If you want a structured walkthrough for energy balance, try our calories and weight loss guide.
For specificity, see the Compendium’s winter MET entries and the CDC’s page on measuring intensity with the talk test. Both are concise and help you pick an effort level that matches your goals. Compendium winter METs • CDC intensity guidance.