VDOT Pace Calculator
Calculate your running paces based on your VO2max (VDOT) value. This tool helps you determine optimal training paces for different workout types.
How to Use This Calculator
- Enter your VDOT value (20-80) or calculate it from a recent race performance
- Select a race distance to see your estimated finishing time
- Click Calculate to see your training paces for different workout types
- Use the results to plan your training schedule with appropriate intensity levels
Formula Used
VDOT = -4.6 + 0.182258 × (velocity) + 0.000104 × (velocity)²
Where:
- VDOT = VO2max value in ml/kg/min
- Velocity = Running speed in meters/minute
- The formula relates running performance to oxygen consumption capacity
Example Calculation
Real-World Scenario:
A runner completes a 10K race in 45 minutes and wants to determine their training paces.
Given:
- Race distance = 10 km
- Race time = 45:00
Calculation:
1. Calculate velocity: 10,000 meters ÷ 45 minutes = 222.22 m/min
2. Calculate VDOT: -4.6 + 0.182258 × 222.22 + 0.000104 × (222.22)² = 52.3
Result: VDOT of 52.3, with corresponding training paces (e.g., easy pace of 5:30/km)
Why This Calculation Matters
Practical Applications
- Personalized training pace prescription
- Performance prediction for different race distances
- Monitoring fitness improvements over time
Key Benefits
- Optimizes training intensity for better adaptations
- Reduces risk of overtraining and injury
- Helps set realistic race goals
Common Mistakes & Tips
Frequently Asked Questions
References & Disclaimer
Fitness Disclaimer
This calculator provides estimates based on established formulas but individual results may vary. Always consult with a qualified coach or healthcare professional before starting or modifying a training program.
References
- Daniels' Running Formula, 2nd Edition - Jack Daniels, PhD
- VDOT Calculator and Training Paces - Run2Score
- Understanding VDOT and Training Zones - LetsRun.com
Accuracy Notice
The VDOT system provides estimates based on population averages and may not perfectly match individual physiological responses. Factors such as heat, humidity, altitude, and terrain can affect actual performance. Use these calculations as a starting point and adjust based on your own experience and feedback from your body.
About the Author
Kumaravel Madhavan
Web developer and data researcher creating accurate, easy-to-use calculators across health, finance, education, and construction and more. Works with subject-matter experts to ensure formulas meet trusted standards like WHO, NIH, and ISO.