Biomechanics and Ergonomics for Human Performance
Studying the forces and different accelerations present in living organisms, with an emphasis on humans, in order to precisely recognize the conditions of adaptation to different environments, is the result of the combination of biomechanics and ergonomics.
The results are applied in workplaces, vehicles, strength machines, and body attachments, among others, with the goal of measuring, as accurately as possible, the type of physical and psychological reactions the human body produces under conditions of extreme physical demand.
In the field of sports science, gait analysis is focused on improving physical performance by paying close attention to the data generated through diagnosis. At the heart of athletic practice is pushing the limits of the body to achieve the highest possible performance.
Why Gait Analysis Still Matters
Gait analysis primarily improves training techniques: it is through continuous design that useful equipment and technological add-ons emerge — both to boost performance and to reduce the incidence of injuries among athletes looking to push past the limits the body naturally imposes.
For this reason, in the field of sports science, biomechanical gait analysis, for example, helps identify practices and design sports equipment with more precise aerodynamic characteristics, backed by technological support.
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Biomechanical Analysis for Peak Performance
This is the most important reason for applying this type of technological analysis in sports practice. Sports and biomechanics together allow for the quantitative study of techniques, the identification of practices, and time-use analysis, among other factors. The goal is to achieve the most precise measurement of the human body's angular movement in order to manage, over the long term, joint preservation and the athlete's overall joint health.
Biomec provides the solution for your athletes
Add biomedical equipment to your analysis procedures. In our products section, you will find the latest technological additions for optimal development and interpretation of data related to human gait. Follow this link to learn more about our products.
