Sports and Rehabilitation

In the fields of sports science and rehabilitation medicine, the six-axis force platform plays a crucial role as a "biomechanical decoder." During athletic training, it is embedded into the ground to precisely measure the multi-dimensional forces and moments generated during an athlete's interaction with the surface. For instance, in track-and-field sprints and jumps, it quantifies the propulsive force from starting blocks and the vertical impulse during takeoff, helping athletes refine their technique. In weightlifting, it analyzes the stability of the barbell trajectory and the distribution of force across both feet, aiding in enhancing explosive power and overall stability. Meanwhile, during fencing lunges or gymnastics landings, it assesses dynamic balance capabilities and joint loading, providing critical data to design scientifically sound training programs and proactively prevent injuries. In rehabilitation assessments, this platform serves as an objective "measuring tool" for precise diagnosis. By having Parkinson’s patients stand on the platform to perform static postural recordings, clinicians can accurately detect subtle deviations in body sway patterns and center-of-pressure shifts—key indicators of disease progression and balance dysfunction. Similarly, in various tests evaluating human balance abilities, the platform can sensitively capture changes in postural stability under different sensory conditions (such as standing with eyes closed), enabling thorough evaluation of rehabilitation outcomes, risk assessment for falls, and ultimately guiding personalized treatment strategies for optimal recovery.



2025/08/12

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