The built environment is structured by patterns: repetitions, intervals, edges, openings, textures, and spatial sequences. Yet these patterns are not necessarily rhythmic until we move through them. Movement transforms spatial regularities into temporal input, producing rhythms that can couple with the dynamics of the body and brain. Such built rhythms form part of the ongoing sensorimotor language through which organisms coordinate perception and action. To test this, participants were passively transported through a virtual corridor containing either regular or irregular visual patterns while performing a simple attention task. Concurrent EEG allowed us to examine whether periodic environmental stimulation altered neural phase organization and whether this coupling was accompanied by changes in behavioral performance. More broadly, the experiment tests whether spatial structure can become temporally embedded in neural processing through movement.