It has been shown that kinanthropometry is a third physical feature that is frequently linked to athletic performance, anthropometric determinants such as body composition, anthropometric measurements, and athlete attributes are essential to effectiveness.

Kinanthropometry studies the relationship between the anatomy (structure) and function (performance) of physical attributes for a sport; as such, it is essential to an athlete’s ability to improve their performance.

The anthropometric evaluation facilitates the objectifying of several human body variables, enabling the monitoring and management of their distribution to direct the activity of physical trainers and coaches.

Understanding an athlete’s physical state at a particular point in their training and how to reach peak physical condition at a specific point in the competition season are essential to know.

Performance has been specifically linked to anthropometric characteristics such body type, limb length, and skinfold thickness. According to a study, the kinanthropometric profile of middle-distance runners (800 meters) was higher than that of long-distance runners (5000 meters) in terms of measurements of skin folds and body weight. Thus, it is possible to draw the conclusion that one of the most important variables influencing high athletic physical performances was kinanthropometrical traits.

A study comparing the body compositions and anthropometric measurements of young soccer players found that anthropometric measurements were essential for improving the athletes’ performance through dietary changes that alter body composition and, in turn, alter the athlete’s quickness or agility.