Uneven Space examines how architectural geometry influences human distance perception in virtual reality. Drawing on perceptual psychology, the project investigates anisotropy: the phenomenon in which spatial distances are perceived differently depending on orientation. A controlled VR experiment was developed in Unity where participants performed a distance-trisection task across three body axes (forward, lateral, vertical) and multiple architectural typologies. By systematically varying room proportions and measurement directions, the study isolates how spatial form biases perceptual judgment. Results show that distance perception is directionally uneven and amplified by architectural typology, suggesting that spatial geometry actively shapes how people experience and interpret space.