Track Running Shoes: A Case Report of the Transition from Classical Spikes to “Super Spikes” in Track Running

Research on high-tech running shoes is increasing but few studies are available about the
use of high-tech track spike shoes (super spikes), despite their growing popularity among running
athletes. The aim of this case study was to investigate kinematics, kinetics, and plantar pressures
of an Olympic running athlete using two different types of shoes, to provide an easy and replicable
method to assess their influence on running biomechanics. The tested athlete performed six running
trials, at the same speed, wearing a pair of normal spikes shoes (NSS) and a super spikes shoe (SSS),
in random order. SSS increased contact time, vertical impact, and swing force (Effect Size 3.70, 7.86,
and 1.31, respectively), while it reduced foot-strike type and vertical ground reaction force rate
(Effect Size 3.62 and 7.21, respectively). Moreover, a significant change was observed in medial and
lateral load, with SSS inducing a more symmetrical load distribution between the left and right feet
compared to the NSS (SSS left medial load 57.1  2.1%, left lateral load 42.9  1.4%, right medial
load 55.1  2.6%, right lateral load 44.9  2.6%; NSS left medial load 58.4  2.6%, left lateral load
41.6  2.1%, right medial load 49.2 3.7%, right lateral load 50.8  3.7%). The results of this case
study suggest the importance of using individual evaluation methods to assess shoe adaptations
in running athletes, which can induce biomechanical modifications and should be considered by
coaches to ensure optimal running performance.