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Cycling Calories Calculator

Calculate calories burned while cycling using the scientifically-proven MET method. Get accurate results based on your weight, cycling intensity, terrain, and duration. Perfect for fitness tracking and weight loss goals.

Calculate Cycling Calories

Weight
Duration
Distance
Speed
Cycling Type
Terrain

Your Cycling Results

420
calories burned
420
calories/hour
21
calories/km

Activity Details

MET Value
Metabolic Equivalent
6
Intensity Level
Exercise intensity
Moderate
Efficiency
Calories per kg per hour
6

Cycling Calories by Intensity & Terrain

Flat Terrain (calories/hour for 70kg person)

Leisure Cycling280 cal/h

Casual riding, sightseeing

  • • Speed: <16 km/h
  • • MET: 4.0 (flat), 6.0 (hilly), 8.0 (mountainous)
Moderate Cycling420 cal/h

Regular fitness riding

  • • Speed: 16-20 km/h
  • • MET: 6.0 (flat), 8.0 (hilly), 10.0 (mountainous)
Vigorous Cycling560 cal/h

Intense training

  • • Speed: 20-25 km/h
  • • MET: 8.0 (flat), 10.0 (hilly), 12.0 (mountainous)

Mountainous Terrain (calories/hour for 70kg person)

Leisure Uphill560 cal/h

Slow uphill riding

  • • Steep climbs
  • • MET: 8.0 (leisure uphill)
Moderate Uphill700 cal/h

Fitness uphill riding

  • • Challenging terrain
  • • MET: 10.0 (moderate uphill)
Racing Uphill980 cal/h

Maximum effort climbing

  • • Competitive pace
  • • MET: 14.0 (racing uphill)

How to Calculate Cycling Calories

MET Method Formula

Calories = Weight(kg) × Time(hours) × MET value
MET values are scientifically determined based on cycling intensity and terrain

Calculation Steps:

  1. 1
    Convert units to metric
    Weight to kg, time to hours, distance to km
  2. 2
    Determine MET value
    Based on cycling type and terrain difficulty
  3. 3
    Apply the formula
    Multiply weight × time × MET value

Example Calculation:

A 70kg person cycling moderately on flat terrain for 1 hour:
70kg × 1 hour × 6.0 MET = 420 calories

Important Considerations

⚠️ Medical Disclaimer

This calculator provides estimates. Consult healthcare professionals for medical advice.

🚴 Individual Variations

Calorie burn can vary by ±10-15% between individuals

  • • Fitness level and efficiency
  • • Body composition differences
  • • Cycling technique and experience
⛰️ Terrain Impact

Terrain significantly affects calorie burn

  • • Hills increase effort 2-3x
  • • Wind resistance matters
  • • Surface type affects rolling resistance
🚲 Equipment Factors

Bike and gear affect calorie expenditure

  • • Bike weight and aerodynamics
  • • Tire pressure and type
  • • Clothing and wind resistance
⚕️ Health & Safety

Consider your health before cycling

  • • Start gradually if new to cycling
  • • Stay hydrated during rides
  • • Use proper safety equipment

Example Cases

Case 1: Commuter Cycling

Input Parameters: 70kg person
Ride: 30 minutes, 10km, 20 km/h
Type: Moderate cycling, flat terrain
Calories Burned: 210 calories
Calories/Hour: 420 cal/h
MET Value: 6.0

Use Case: Perfect for daily commuting and maintaining fitness. This person burns about 1,050 calories per week just from commuting.

Case 2: Weekend Mountain Biking

Input Parameters: 75kg person
Ride: 2 hours, 25km, 12.5 km/h
Type: Vigorous cycling, mountainous terrain
Calories Burned: 1,800 calories
Calories/Hour: 900 cal/h
MET Value: 12.0

Use Case: Excellent for weight loss goals. This intense workout burns more calories than most people consume in a day.

Frequently Asked Questions

How does this cycling calories calculator work?
This calculator uses the MET (Metabolic Equivalent of Task) method, which is the gold standard for calculating calories burned during physical activities. The formula is: Calories = Weight(kg) × Time(hours) × MET value. MET values are scientifically determined based on cycling intensity and terrain.
What are MET values and how accurate are they?
MET values represent the energy cost of physical activities compared to rest. They are based on the ACSM Compendium of Physical Activities and are considered highly accurate (±5-10%). Our calculator uses MET values ranging from 4.0 (leisure cycling) to 14.0 (racing on mountainous terrain). However, actual calorie burn can vary by ±10-15% due to individual differences in fitness level, body composition, cycling efficiency, and environmental factors.
What factors affect calories burned while cycling?
Key factors include your weight, cycling speed, terrain difficulty, wind resistance, bike weight, and your fitness level. Heavier riders burn more calories, while faster speeds and hillier terrain significantly increase calorie expenditure. Individual variations can cause ±10-15% differences from calculated values.
How much does terrain affect calorie burn?
Terrain has a major impact on calorie burn. Flat terrain uses 4-10 METs, hilly terrain uses 6-12 METs, and mountainous terrain uses 8-14 METs. This means the same person can burn 2-3x more calories cycling uphill compared to flat roads.
What's the difference between leisure and racing cycling?
Leisure cycling (4-8 METs) is casual riding at <16 km/h. Moderate cycling (6-10 METs) is fitness riding at 16-20 km/h. Vigorous cycling (8-12 METs) is intense training at 20-25 km/h. Racing cycling (10-14 METs) is competitive cycling at >25 km/h with maximum effort.
How can I use this for weight loss goals?
To lose 0.5kg per week, you need a 500-calorie daily deficit. Use this calculator to determine how much cycling you need. For example, a 70kg person cycling moderately for 1 hour burns about 420 calories, so cycling 1.2 hours daily would create the needed deficit.
Cycling Calories Calculator