VO2 Max Calculator

The VO2 Max Calculator connotes the amount of oxygen your body can transport. In other words, aerobic capacity of a person can best be determined by this index. The amount of oxygen your blood can carry is directly proportional to the level of activity. The longer and faster you go, the greater extent of oxygen you carry. Thus, VO2 Max quantifies how smoothly the supply of oxygen is carried by your heart. This is rightfully called as maximal oxygen consumption.

Thus, our VO2 Max Calculator estimates the right amount of VO2 max needed for you. The only inputs are your time taken to finish a walk of one mile and the heart rate taken instantly after the above-said walk. You need to walk very fast in order to obtain the best results.

Recording your VO2 Max values over a period of time will help you maintain your level of fitness and thus assist you in sustaining a regular healthy lifestyle.

VO2 Max Calculator

How is VO2 Max calculated?

The VO2 Max is estimated using the formula given below. Of note is the fact that the heart rate is calculated immediately after the fast one-mile walk is completed. VO2 Max is computed using the Rockport Fitness Walking Test.

VO2 Max = 132.853 – (0.0769 * weight in pounds) – (0.3877 * age) + (6.315 * gender) – (3.2649 * duration in minutes) – (0.1565 * heart rate)

The application of the formula involves computation of seven components. The first component is the multiplcation of weight in pounds with 0.0769. The second component is the multiplcation of age with 0.3877. The third component is the multiplication of gender of the person with 6.315, where gender is 1 for males and 0.85 for females . The fourth component is got by the multiplication of duration in minutes by 3.2649. The fifth component is achieved by the multiplication of heart rate with 0.1565. The sixth component is arrived at by subtracting the second component from the first component and that answer being subtracted from 132.853. The seventh component is computed by subtracting the fifth component from the fourth component and the resultant being subtracted from the third component. Finally, the sixth and the seventh components are added to provide the VO2 Max.