Abstract

The force plate is an indispensable tool in athlete rehabilitation, providing objective and quantitative assessments of ground reaction forces and movement patterns. Its significance extends beyond mere evaluation, as it is essential for tracking rehabilitation progress, guiding treatment protocols, and evaluating athletic performance. One of the key advantages of the force plate lies in its ability to provide valuable insights into multi-joint exercises. By enabling the quantification of loads, strength, and power generation in the lower limbs, it offers a comprehensive understanding of an athlete’s physical capabilities. This information is instrumental in tailoring rehabilitation programs to individual needs and optimizing athletic performance. Furthermore, the force plate serves as a biofeedback mechanism, enhancing training by improving balance, coordination, and movement patterns. This feature not only aids in rehabilitation but also contributes to injury prevention and overall athletic development. As technology continues to advance, the role of force plates in sports performance and rehabilitation is poised to expand further. We can anticipate the emergence of more sophisticated force plate technology applications, leading to enhanced precision and effectiveness in athlete rehabilitation and performance enhancement. In conclusion, the force plate stands as a cornerstone in the realm of athlete rehabilitation and performance evaluation. Its role in providing objective data, guiding treatment plans, and enhancing athletic training is indispensable. The continued evolution of force plate technology promises to further elevate its impact on sports performance and rehabilitation.

Keywords:Biomechanics; Ground reaction forces; Asymmetry index; Strength test