Mile Run Test: Protocol, Formulas, and VO2max Tables

If the Cooper test feels like too much to organize (12 minutes of timed continuous running), or you simply want a test with a fixed, known distance, the mile run test (1,609 meters) is a widely used alternative — especially in school and military settings in English-speaking countries, but perfectly applicable in any context.

The idea is simple: cover 1 mile as fast as possible and use the time to estimate aerobic capacity.

What does this test measure?

It measures how long it takes a person to cover 1 mile (1,609 meters) at the maximum sustainable speed. From that time, you can estimate VO2max using regression formulas — one of the best known being Cureton's:

VO2max (ml/kg/min) ≈ 108.94 − (8.41 × time in minutes) + (0.34 × time²) + (0.21 × age) − (0.84 × BMI)

There are simplified versions that use only the time, sacrificing some accuracy for a quicker calculation. Either way, it's a test of maximum aerobic capacity, conceptually very similar to the Cooper test but with the format reversed: in Cooper you fix the time and measure the distance, here you fix the distance and measure the time.

Equipment needed

• A running track (4 laps of a 400 m track is roughly 1 mile, with a small adjustment) or a measured 1,609 m course
• Stopwatch
• Optional: heart rate monitor to record HR at the finish

Execution protocol

1. Warm up for 10-15 minutes with easy running, mobility work, and a couple of strides
2. Explain that the goal is to cover 1 mile (1,609 m) in the shortest possible time, pacing themselves to avoid "blowing up" too early
3. Give the start signal and time the total duration
4. If using a 400 m track, that's roughly 4 laps + 9 meters (or adjust the start/finish point so the total distance is exact)
5. Record the final time in minutes and seconds (or decimal format to apply the formula)
6. Apply the VO2max estimation formula if you want that extra data point

Common mistakes

• Starting too fast in the first 400 m and losing a lot of pace in the rest (poor pacing, especially common in people without experience in timed trials)
• Not measuring the exact distance properly if using a non-standard course
• Comparing times across very different surfaces (track vs. asphalt vs. treadmill) without accounting for that

How to interpret the result

Rough reference table for mile time and approximate fitness level (general adult population, without strict age/sex differentiation):

Mile time	Approximate level
> 10:00 min	Low / sedentary
8:00 - 10:00 min	Average
6:30 - 8:00 min	Good
5:30 - 6:30 min	Very good
< 5:30 min	Excellent / competitive level

For trained runners, mile time is also used practically to estimate training paces (threshold pace, interval pace), not just as a VO2max indicator.

Related tests

The mile run test is practically interchangeable with other field-based aerobic capacity tests, and it's best not to run several on the same day:

• Cooper test — same concept with the format reversed (fixed distance vs. fixed time), useful for comparing results if you already have Cooper test references
• 1.5 Mile Run Test — a variant widely used in fitness tests for police and military entry requirements, with specific normative tables

A distance that's easy to repeat and compare

The big advantage of the mile run test is that, since it's a fixed distance everyone knows, results are very easy to compare between people and over time. With Movalytics you can log each athlete's time at every assessment, automatically calculate the estimated VO2max, and view the progression curve session by session, without having to redo calculations by hand every time.

Frequently asked questions

Is the mile run test better than the Cooper test? They essentially measure the same thing (maximum field-based aerobic capacity). Cooper is better if you want to control the total session time (always 12 minutes); the mile run is better if you prefer a fixed distance that's easy to measure on any known course. Can it be done on a treadmill? Yes, by setting the treadmill to record exactly 1,609 m and timing it, although results may vary slightly compared to a track due to the absence of wind and the different surface. How often should it be repeated? Every 6-8 weeks is reasonable, just like the Cooper test, to see real improvements without the "learning effect" of pacing distorting the comparison too much.