Associations of spatiotemporal variables and ground reaction forces with the percentage of running speed relative to theoretical maximal running speed.
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posted on 2025-05-02, 17:37 authored by Yohei Takai, Terumitsu Miyazaki, Norihide Sugisaki, Takaya Yoshimoto, Naotoshi Mitsukawa, Kai Kobayashi, Hiroyasu Tsuchie, Hiroaki KanehisaData points are represented as sprinters (white-filled triangles), fast-running soccer players (black-filled circles), medium-running soccer players (gray-filled circles), and slow-running soccer players (white-filled circles).
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>) performed 60>< sub ><longer step lengthsreduced propulsive impulsereduced propulsive timelonger braking timediv >< pinitial acceleration phase2nd acceleration phase>< sub xmlns>,running soccer playersmaximal sprint runningmaximal speed phase>.>, primarily duend greater vertical impulsehigher step frequencyposterior impulse comparedlower net antero>propulsive phasesoccer playersbraking phasevertical impulsestep frequencyposterior impulsesprint runningrunning speednet anteroflight timecorresponding phasecontact timestep lengthevery stepvertical force>, duesp soc three groupsstudy aimedsprint mechanicsspeed acquisitionspeed (<kinetic variableskinetic characteristicsalso computed
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