Radiological apparatus of the computed tomography type, which includes: at least one X-ray source capable of emitting, along a longitudinal direction, an X-ray beam in the direction of an object to be irradiated, a splitting device for simultaneously splitting the X-ray beam into a plurality of X-ray beam portions (30.1a-c) each having a defined propagation direction relative to the longitudinal direction of emission of said X-ray beam, a plurality of sensors (20a-c) which are intended to receive the X-ray beam portions which irradiated the object and which are arranged next to one another in a transverse arrangement relative to the longitudinal direction of the beam, respectively, the assembly formed by said at least one X-ray source, the device for simultaneous splitting of the emitted beam and the plurality of sensors being capable of turning about an axis of rotation and of adopting different geometric orientations that are angularly shifted one with respect to one another in order to, on the one hand, irradiate the object along each one of said geometric orientations of said assembly with the plurality of X-ray beam portions originating from the X-ray beam, and, on the other hand, to receive along each one of these geometric orientations the plurality of X-ray beam portions that irradiated the object, the geometric orientation of said assembly being defined by the position of a geometric axis passing, on the one hand, through the focal point of said at least one X-ray source, and, on the other hand, through the axis of rotation, the geometric axis having been shifted transversely relative to the center of the transverse arrangement of the plurality of sensors (20a-c), characterized in that the geometric axis cuts one of the sensors of the plurality of sensors (20a-c) into two unequal parts during a single imaging exposure, said sensor being either the central sensor of the plurality of sensors in the case where the number of sensors is odd, or one of the two central sensors of the plurality of sensors in the case where the number of sensors is even, wherein the sensors of the plurality of the sensors (20a-c) are spaced transversely from one another in such a manner that two consecutive sensors are spaced by a transverse distance that is less than the transverse dimension of each sensor and the central sensor or one of the two central sensors of the plurality of sensors is cut into a part of width l and a part of width L- l, the widths of said sensor parts satisfying the relation l < (L-D)/2. at least one X-ray source capable of emitting, along a longitudinal direction, an X-ray beam in the direction of an object to be irradiated, a splitting device for simultaneously splitting the X-ray beam into a plurality of X-ray beam portions (30.1a-c) each having a defined propagation direction relative to the longitudinal direction of emission of said X-ray beam, a plurality of sensors (20a-c) which are intended to receive the X-ray beam portions which irradiated the object and which are arranged next to one another in a transverse arrangement relative to the longitudinal direction of the beam, respectively, the assembly formed by said at least one X-ray source, the device for simultaneous splitting of the emitted beam and the plurality of sensors being capable of turning about an axis of rotation and of adopting different geometric orientations that are angularly shifted one with respect to one another in order to, on the one hand, irradiate the object along each one of said geometric orientations of said assembly with the plurality of X-ray beam portions originating from the X-ray beam, and, on the other hand, to receive along each one of these geometric orientations the plurality of X-ray beam portions that irradiated the object, the geometric orientation of said assembly being defined by the position of a geometric axis passing, on the one hand, through the focal point of said at least one X-ray source, and, on the other hand, through the axis of rotation, the geometric axis having been shifted transversely relative to the center of the transverse arrangement of the plurality of sensors (20a-c), characterized in that the geometric axis cuts one of the sensors of the plurality of sensors (20a-c) into two unequal parts during a single imaging exposure, said sensor being either the central sensor of the plurality of sensors in the case where the number of sensors is odd, or one of the two central sensors of the plurality of sensors in the case where the number of sensors is even, wherein the sensors of the plurality of the sensors (20a-c) are spaced transversely from one another in such a manner that two consecutive sensors are spaced by a transverse distance that is less than the transverse dimension of each sensor and the central sensor or one of the two central sensors of the plurality of sensors is cut into a part of width l and a part of width L- l, the widths of said sensor parts satisfying the relation l < (L-D)/2.