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[Purpose] The purpose of this study was to define the relationships between accelerations of the X-axis (mediolateral), Y-axis (vertical) and Z-axis (anteroposterior) measured by a triaxial accelerometry system and the weight load calculated by a foot pressure measurement system. [Subjects and Methods] The subjects were 17 healthy college students (9 males, 7 females; mean age, 21.0 ± 0.1 years old). Subjects performed the 10-m walking test with triaxial accelerometry and a foot pressure measurement system. We analyzed the correlations between the accelerations and the weight loads on the dominant and non-dominant legs. Accelerations of the X, Y and Z axes were measured when the weight load was at its maximum. [Results] There were significant correlations between the accelerations of the Y and Z axes and the weight loads on both legs, but there was no significant correlation between the acceleration of the X-axis and the weight load. [Conclusion] This study found correlations between the accelerations of the Y and Z axes and weight load. The results of this study will be clinically useful for converting acceleration values into weight loads.

Relationships between Acceleration and Walking Weight Load Determined by Triaxial Accelerometry and a Foot Pressure Measurement System