Replication data for: Treadmill experience mediates the perceptual-motor aftereffect of treadmill walking

However, walking on a treadmill does not produce perceptual flow, and thus a perceptual-motor aftereffect results. We demonstrate that the magnitude of this perceptual-motor aftereffect – measured by forward drift while attempting to march in-place following treadmill walking – decreases as experience walking on a treadmill is acquired over time.

Experience with treadmill walking enables walking in this context to become sufficiently distinguished from walking in other contexts. Consequently, two distinct perceptual-motor calibration states are maintained, each linked to the context in which walking occurs. Experience with treadmill walking maintains perceptual-motor calibration accuracy in both walking contexts, despite changes to the relationship between perception and action.