A biaxial velocity-sensor (aka a v-v probe) measures two Cartesian components of an incidentacoustical wavefield’s particle velocity vector. Such biaxial velocity-sensors are sometimes usedas elements in an array. If these elements are not identically oriented, what would happen to thearray’s “spatial matched filter” beam-pattern? This paper investigates such a beam-pattern’spointing error, for a pair of non-identically oriented biaxial velocity-sensor. This pointing error isinvestigated here in terms of (i) the biaxial velocity-sensor’s misorientation skew angle, (ii) thebiaxial velocity-sensor’s spatial separation, (iii) the incident signal’s wavelength, and (iv) thebeamformer’s nominal look direction.