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Anaerobic energy metabolism and agility are significant determinants of performance within the game actions of team sports such as Indoor Soccer (IS) and American Football (AF) where physical activities labeled as explosive power take place intensively (Beam & Adam, 2011). In the study, the agility skills of male participants of Indoor soccer players (IS P ; n10) and American Football players (AF P ; n10) have been measured by T-test, Illinois agility test and 505 agility tests and the anaerobic energy metabolism, anaerobic capacity (AC) and anaerobic power (AP) has been measured by Wingate anaerobic power test (WAnT) Monark E894 bicycle ergometer. According to the findings of agility and WAnT measurements, IS P has a significant superiority at AP evaluations although AC averages of two groups are similar (p˂0,05). IS P have better scores than AF P at agility tests T-test 23.7% (p 0,05). AF P has 9.2% more BMI averages than IS P . Considering the negative effect of BMI on agility skill, this situation is thought to affect the agility skill of AF P negatively. WAnT measurements have enabled us to evaluate the lower extremity power output of the participants of AF P and IS P . It has been recommended to determine the upper extremity power output in order to understand the differences and the anaerobic energy metabolism between two groups better.

Comparison of Anaerobic Performance and Agility Characteristics Between American Football and Indoor Soccer Players