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VO₂ Max Calculator

Estimate VO₂ max from the Cooper 12-minute run test — the classic field measure of aerobic capacity used by military and sports programmes worldwide.

Reviewed October 7, 2026 Runs in your browser — inputs are never stored

This tool provides general sports and fitness estimates for educational purposes only. It is not medical advice — consult a physician before starting or intensifying training, especially if you have a cardiovascular condition.

About the VO₂ Max Calculator

The VO₂ max calculator estimates aerobic capacity from the Cooper test: the distance you run in 12 minutes. VO₂ max = (distance in metres − 504.9) ÷ 44.73, in ml/kg/min. The result is classified by age and sex. Warm up well and run on a flat, measured course such as a 400 m track.

How to use it

  1. 1Run as far as you can in 12 minutes and measure the distance.
  2. 2Enter the distance, your age and sex.
  3. 3Press Calculate.

Worked example

2,600 m in 12 minutes gives (2,600 − 504.9) ÷ 44.73 ≈ 46.8 ml/kg/min.

How it works

Formula

VO₂ max = (Distance in metres − 504.9) ÷ 44.73.

Example

2,600 m in 12 minutes: (2600 − 504.9) ÷ 44.73 = 46.8 ml/kg/min.

Common use cases

  • Fitness testing
  • Tracking aerobic progress
  • School and team assessments

Frequently asked questions

A:The maximum volume of oxygen your body can use per kilogram per minute during intense exercise.

Reviewed for accuracy · Last updated October 7, 2026

Formulas follow published sports-science literature and official league definitions (Karvonen heart rate reserve, Cooper and Bruce protocols, MET compendium values, and standard baseball, cricket, and basketball statistics).

CW

CalcWisee Editorial Team

Calculator development and formula review

CalcWisee is an independent site founded by Ayman. Every calculator is built from a published formula or official definition, tested against hand-worked examples before it goes live, and corrected promptly when a reader reports an issue to ayman@calcwisee.com.

Expertise: Financial mathematics, Health and fitness formulas, Applied mathematics, Unit conversion standards