Abstract
Purpose: The foot progression angle (FPA) is a modifiable biomechanical outcome that can be a target in the management of knee osteoarthritis (KOA). While traditionally measured in laboratories, wearable sensors now allow for the measurement of FPA in real-world settings. It is necessary to quantify how FPA can differ between controlled laboratory settings, where it has been previously measured, and the free-living, unsupervised contexts of real-world walking which have greater ecological validity but more inherent variability.
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