Optronic sight including: - an optronic head , - a positioner adapted to rotate the optronic head about a rotation axis (G, S), the optronic head comprising a set of optical sensors which are organized to form an asymmetrical field of view which is greater than or equal to 60° in a main direction the optronic sight being characterized in that : - the rotation axis (G, S) about which the positioner is adapted to rotate the optronic head is single, - the optical sensors being stationary relative to one another and each having its own field of view, the field of view of the set being the sum of the fields of view of the optical sensors to within the overlap of the fields, - the field of view of the set being greater than 30° in the direction perpendicular to the main direction, and - the optical sensors comprising pixels which each have an instantaneous field of view, the number of pixels being such that the instantaneous field of view is less than 500 microradians and greater than 50 microradians. - an optronic head , - a positioner adapted to rotate the optronic head about a rotation axis (G, S), the optronic head comprising a set of optical sensors which are organized to form an asymmetrical field of view which is greater than or equal to 60° in a main direction the optronic sight being characterized in that : - the rotation axis (G, S) about which the positioner is adapted to rotate the optronic head is single, - the optical sensors being stationary relative to one another and each having its own field of view, the field of view of the set being the sum of the fields of view of the optical sensors to within the overlap of the fields, - the field of view of the set being greater than 30° in the direction perpendicular to the main direction, and - the optical sensors comprising pixels which each have an instantaneous field of view, the number of pixels being such that the instantaneous field of view is less than 500 microradians and greater than 50 microradians. the optronic head comprising a set of optical sensors which are organized to form an asymmetrical field of view which is greater than or equal to 60° in a main direction the optronic sight being characterized in that : - the rotation axis (G, S) about which the positioner is adapted to rotate the optronic head is single, - the optical sensors being stationary relative to one another and each having its own field of view, the field of view of the set being the sum of the fields of view of the optical sensors to within the overlap of the fields, - the field of view of the set being greater than 30° in the direction perpendicular to the main direction, and - the optical sensors comprising pixels which each have an instantaneous field of view, the number of pixels being such that the instantaneous field of view is less than 500 microradians and greater than 50 microradians. - the rotation axis (G, S) about which the positioner is adapted to rotate the optronic head is single, - the optical sensors being stationary relative to one another and each having its own field of view, the field of view of the set being the sum of the fields of view of the optical sensors to within the overlap of the fields, - the field of view of the set being greater than 30° in the direction perpendicular to the main direction, and - the optical sensors comprising pixels which each have an instantaneous field of view, the number of pixels being such that the instantaneous field of view is less than 500 microradians and greater than 50 microradians. <EOS>