Reaching to targets on the body is an important adaptive behavior, but little is known about how such reaching is spatially organized. Here, we tested right-handed adults (n = 25) in a tactile localization task. A vibrotactile target was placed, one at a time, at 15 different sites on the face: six pairs of corresponding sites on the left/right sides of the face (forehead to mouth region) and three midline sites (chin, mouth, forehead). Participants reached more with the right hand to right-side face targets (134/148 right hand reaches to right-side trials) than to left-side targets (70/152 right hand reaches to left-side trials, x2(1) = 39.56, p < .001). For midline target locations, right-hand reaching dominated (65/75 trials, p < .001). Results are discussed in relation to how tactile localization is jointly influenced by the body’s spatial structure and hand dominance.