Site's Logo

Cooper Test

The Cooper test is a test of physical fitness. It was designed by Kenneth H. Cooper in 1968 for US military use. In the original form, the point of the test is to run as far as possible within 12 minutes. The test is meant to measures the condition of the person taking it and therefore it is supposed to be run at a steady pace instead of sprints.

The results of the test give a rough estimate of a persons condition. The possible outcomes are Very Good, Good, Average, Bad and Very Bad. The outcome is based on how much the tested person ran, their age and their gender. (The results can also be correlated with VO2max - see end).

It is, in general, a very easy and cheap test to run, especially for larger groups. On the other hand, the results are based on the motivation of the person taking it and practice is required.

Several tables exist, the following three are for 13-20 (the first), for 20-50 (the second) and for experienced seniors (the third):

Cooper Test (13-20)
    Very Good Good Average Bad Very Bad
13-14 M 2700+ m 2400 - 2700 m 2200 - 2399 m 2100 - 2199 m 2100- m
F 2000+ m 1900 - 2000 m 1600 - 1899 m 1500 - 1599 m 1500- m
15-16 M 2800+ m 2500 - 2800 m 2300 - 2499 m 2200 - 2299 m 2200- m
F 2100+ m 2000 - 2100 m 1900 - 1999 m 1600 - 1699 m 1600- m
17-20 M 3000+ m 2700 - 3000 m 2500 - 2699 m 2300 - 2499 m 2300- m
F 2300+ m 2100 - 2300 m 1800 - 2099 m 1700 - 1799 m 1700- m
Cooper Test (20-50+)
    Very Good Good Average Bad Very Bad
20-29 M 2800+ m 2400 - 2800 m 2200 - 2399 m 1600 - 2199 m 1600- m
F 2700+ m 2200 - 2700 m 1800 - 2199 m 1500 - 1799 m 1500- m
30-39 M 2700+ m 2300 - 2700 m 1900 - 2299 m 1500 - 1899 m 1500- m
F 2500+ m 2000 - 2500 m 1700 - 1999 m 1400 - 1699 m 1400- m
40-49 M 2500+ m 2100 - 2500 m 1700 - 2099 m 1400 - 1699 m 1400- m
F 2300+ m 1900 - 2300 m 1500 - 1899 m 1200 - 1499 m 1200- m
50+ M 2400+ m 2000 - 2400 m 1600 - 1999 m 1300 - 1599 m 1300- m
F 2200+ m 1700 - 2200 m 1400 - 1699 m 1100 - 1399 m 1100- m
Cooper Test (Experienced Seniors)
  Very Good Good Average Bad Very Bad
Male 3700+ m 3400 - 3700 m 3100 - 2399 m 2800 - 3099 m 2800- m
Female 3000+ m 2700 - 3000 m 2400 - 2999 m 2100 - 2399 m 2100- m

The test results can be correlated quite well with VO2max data. An approximate correlation is: VO2max = (distance in meters - 505)/45.


This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Cooper test". Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled "Text of the GNU Free Documentation License". Subject to disclaimers.

This article has informational purpose and  isn't a substitute for professional advice.

backBack to Training articles and tips for runners

Use the tool below to search in this site:

Google
  Web www.copacabanarunners.net

Recommend this site to a friend

Gear Up for Exercise! | Learn to discern exercise fact from fiction | Zen and the art of running | The 30k wall | Cooper Test | Concepts of Exercise Physiology for Runners | Path to Marathon Success | Increasing the training volume | long run | Factors that affect the heart rate during training | heart rate zones | Basic Training Principles for Runners | Using a Heart Rate Monitor | Training, Recovery, Supercompensation | Common Training Mistakes | Preparing your legs for 26.2 miles of hard road | Optimal Marathon Training | Race Analysis | Tapering for optimal racing performance | Guide to High-Altitude Training | 10-Step Plan to Effective Race Training | Improving speed for distance runners | Risk and Reward | Decision making during a marathon | Race Preparation | Optimal training / recovery ratio | Determinant of running performance - Lactate threshold velocity | Pre-cool to run fast in the heat | Tune-up races | Setting goals for your running | Limitations on physiological predictors | How high should we go? Runner mileage | Strategies for back-to-back hard days | Principles of Detraining - If stop training | How to speed up recovery from racing | Benefits of Long Runs | Should you run twice per day? | Running safely through the summer | Cool-down for Quick Recovery | cross train | runners lift weights | plan racing schedule | Cross-training | Running Calculator

© 1999-2008 Helio A. F. Fontes
Copacabana Runners - Atletismo e Maratonas