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Footwear bending stiffness measurement methods: a review/ Footwear Science

In a recent publication, a dedicated research Haelthy team has unveiled crucial insights into the world of sports footwear. The study delves into the critical topic of “Footwear Stiffness and its Effects on Kinematics and Kinetics of the Foot.” Athletes and sports enthusiasts alike will be thrilled to learn that the research provides valuable information on how the bending stiffness of footwear can significantly influence various athletic movements, including sprinting, running, and jumping. The team examined two distinct measurement methods: mechanical tests involving two and three-point bending machines and kinematic measurements utilizing cutting-edge motion capture cameras. These methods shed light on the limitations and effects of footwear stiffness on performance, offering a comprehensive perspective for both professionals and enthusiasts.

The mechanical testing approach primarily employed the widely recognized three-point bend test, during which carbon-fiber plates were introduced to modify footwear stiffness. On the other hand, the kinematic measurements involved the strategic placement of markers on the foot-shoe interface, yielding intriguing results that highlighted variances among different studies. While the research underscores the significance of understanding footwear stiffness, it also emphasizes the challenge of arriving at definitive conclusions due to the varying protocols adopted across studies. As athletes strive to optimize their performance, this groundbreaking research equips them with a deeper understanding of the nuanced relationship between footwear stiffness and athletic movements, paving the way for potential innovations in sports shoe design and training methodologies.

Stay tuned for further developments in this exciting field as experts work towards refining measurement techniques and unraveling the full potential of footwear in enhancing athletic performance.

Read Footwear bending stiffness measurement methods: a review Here.

Received 10 Jan 2023, Accepted 22 Sep 2023, Published online: 18 Oct 2023

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