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VO2 Max Calculator

Choose a calculation method and enter your information to estimate your VO2 max.
Cooper 12-Minute Test
Distance covered in 12 minutes of running
Rockport Walk Test
1-mile walk time and heart rate
Step Test
3-minute step test recovery heart rate
Age-Based Estimation
General estimation based on age and fitness

VO2 Max Fitness Levels

Men (ml/kg/min)

AgePoorFairGoodExcellentSuperior
20-29<3838-4445-5152-56>56
30-39<3535-4142-4748-53>53
40-49<3232-3839-4445-50>50
50-59<2929-3536-4142-46>46
60+<2626-3233-3839-43>43

Women (ml/kg/min)

AgePoorFairGoodExcellentSuperior
20-29<3232-3738-4344-48>48
30-39<3030-3536-4142-46>46
40-49<2828-3334-3940-44>44
50-59<2525-3031-3637-41>41
60+<2323-2829-3435-39>39
Understanding VO2 Max Levels:
  • Superior (>90th percentile): Elite athlete level, exceptional cardiovascular fitness
  • Excellent (70-90th percentile): Well-trained individuals, competitive athletes
  • Good (50-70th percentile): Above average fitness, regular exercisers
  • Fair (30-50th percentile): Average fitness level for age group
  • Poor (<30th percentile): Below average, increased health risks

VO2 Max Test Methods

Test MethodAccuracyEquipmentDuration
Laboratory Test99% accurateMetabolic cart, treadmill10-15 min
Cooper 12-min Test85% accurateRunning track12 min
Rockport Walk Test80% accurate1-mile course, HR monitor15-20 min
Step Test75% accurate16-inch step, metronome3 min
Age Estimation60% accurateNoneInstant
Cooper 12-Minute Test:
  • Run as far as possible in 12 minutes on a flat surface
  • Formula: VO2 max = (Distance in meters - 504.9) รท 44.73
  • Most accessible field test for runners
  • Requires good pacing and motivation
Rockport 1-Mile Walk Test:
  • Walk 1 mile as quickly as possible
  • Record time and immediate post-exercise heart rate
  • Good for beginners and older adults
  • Less stressful than running tests
3-Minute Step Test:
  • Step up and down on 16-inch platform for 3 minutes
  • Rate of 24 steps per minute (96 beats per minute)
  • Measure heart rate 1 minute after stopping
  • Indoor test, weather independent

How to Improve VO2 Max

High-Intensity Interval Training (HIIT):
  • 3-8 minute intervals at 90-95% max heart rate
  • Equal rest periods between intervals
  • 2-3 sessions per week
  • Most effective method for VO2 max improvement
Tempo/Threshold Training:
  • 20-60 minute sessions at lactate threshold
  • Comfortably hard effort (80-90% max HR)
  • 1-2 sessions per week
  • Improves efficiency at high intensities
Long Aerobic Base Runs:
  • 60-180 minute sessions at easy pace
  • 65-75% of max heart rate
  • 1-2 sessions per week
  • Builds aerobic capacity and mitochondrial density

Training Plan for VO2 Max Improvement

WeekHIIT SessionsTempo RunsLong RunsExpected Gain
1-42x/week1x/week1x/week2-4%
5-82x/week1x/week1x/week3-6%
9-123x/week1x/week1x/week5-10%
13-162x/week2x/week1x/week8-15%
Factors Affecting VO2 Max:
  • Genetics: 50-60% of VO2 max is determined by genetics
  • Age: Decreases ~1% per year after age 30
  • Training: Can improve 15-25% with proper training
  • Body Composition: Lower body fat improves relative VO2 max
  • Altitude: Training at altitude can improve sea-level VO2 max

Frequently Asked Questions

  • What is VO2 max? Maximum rate of oxygen consumption during exercise, measured in ml/kg/min.
  • Why is VO2 max important? It's the best predictor of cardiovascular fitness and endurance performance.
  • How accurate are field tests? Laboratory tests are 99% accurate, field tests range from 60-85% accurate.
  • Can VO2 max be improved? Yes, typically 15-25% improvement possible with proper training.
  • What's a good VO2 max for my age? Varies by age and gender. Check our fitness level tables for reference.
  • How often should I test VO2 max? Every 8-12 weeks to track training progress.
  • Do genetics affect VO2 max? Yes, 50-60% is genetically determined, but training can still improve it significantly.
  • What's the difference between absolute and relative VO2? Absolute is total oxygen consumption (L/min), relative is per kg body weight (ml/kg/min).