Relationships between lower limb muscle characteristics and force-velocity profiles derived during sprinting and jumping
Purpose: This study aimed to identify the relationships between lower limb muscle
characteristics and mechanical variables derived from the vertical (jumping) and horizontal
(sprinting) force-velocity-power (FVP) profiles. Methods: Nineteen subelite male rugby
league players performed a series of squat jumps and linear 30-m sprints to derive the
vertical and horizontal FVP profiles, respectively. The theoretical maximal force (F0), velocity
(V0), and power (Pmax) were derived from both the vertical (ie, vF0, vV0, and vPmax) and …
characteristics and mechanical variables derived from the vertical (jumping) and horizontal
(sprinting) force-velocity-power (FVP) profiles. Methods: Nineteen subelite male rugby
league players performed a series of squat jumps and linear 30-m sprints to derive the
vertical and horizontal FVP profiles, respectively. The theoretical maximal force (F0), velocity
(V0), and power (Pmax) were derived from both the vertical (ie, vF0, vV0, and vPmax) and …
Relationships between lower limb muscle characteri...
P Bellinger - 2021 - lida.sport-iat.de
Purpose: This study aimed to identify the relationships between lower limb muscle
characteristics and mechanical variables derived from the vertical (jumping) and horizontal
(sprinting) force-velocity-power (FVP) profiles. Methods: Nineteen subelite male rugby
league players performed a series of squat jumps and linear 30-m sprints to derive the
vertical and horizontal FVP profiles, respectively. The theoretical maximal force (F0), velocity
(V0), and power (Pmax) were derived from both the vertical (ie, vF0, vV0, and vPmax) and …
characteristics and mechanical variables derived from the vertical (jumping) and horizontal
(sprinting) force-velocity-power (FVP) profiles. Methods: Nineteen subelite male rugby
league players performed a series of squat jumps and linear 30-m sprints to derive the
vertical and horizontal FVP profiles, respectively. The theoretical maximal force (F0), velocity
(V0), and power (Pmax) were derived from both the vertical (ie, vF0, vV0, and vPmax) and …
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