Abstract Motor control and consequently balance is a fundamental ability in sports performance, from the most simple movement to a complex dynamic movement, from all of those every sport movements are born. The purpose of this study is to monitor the static and dynamic balance through the Stork Test with the use of K-Track (K-Sport Universal, Italy) a high precision Inertial Measurement Unit (IMU), thanks to its latest generation components with frequency rate of 200 Hz. The proposed study analyzes the development of pre-adolescent equilibrium on a under 13 amateur football team (Italian) composed of 18 subjects (Age 11.5 ± 1, Height 1.51 cm ± 10.5, Weight 48 Kg ± 8.3) with a PRE-POST protocol. This study was possible thanks to the Advanced Research Group of the School of Sport and Sport Sciences at Carlo Bo di Urbino University, Italy and K-Sport Universal (ITA).
“Balance as quality of motory-sports performance in a target evaluation between advanced technology/IMU”
Izzo Riccardo
Conceptualization
;Hosseini Varde'i Ciro
2018
Abstract
Abstract Motor control and consequently balance is a fundamental ability in sports performance, from the most simple movement to a complex dynamic movement, from all of those every sport movements are born. The purpose of this study is to monitor the static and dynamic balance through the Stork Test with the use of K-Track (K-Sport Universal, Italy) a high precision Inertial Measurement Unit (IMU), thanks to its latest generation components with frequency rate of 200 Hz. The proposed study analyzes the development of pre-adolescent equilibrium on a under 13 amateur football team (Italian) composed of 18 subjects (Age 11.5 ± 1, Height 1.51 cm ± 10.5, Weight 48 Kg ± 8.3) with a PRE-POST protocol. This study was possible thanks to the Advanced Research Group of the School of Sport and Sport Sciences at Carlo Bo di Urbino University, Italy and K-Sport Universal (ITA).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
