A brushless wiper motor for driving a pair of wiper members (15a, 15b) in a swinging manner, the brushless wiper comprising a motor unit and a gear unit, wherein: the motor unit has: a motor case in which a stator having a coil is housed; a rotor provided inside the stator; and motor side feeding terminals (35U, 35V, 35W) electrically connected to the coil and extending from the stator in an axial direction of the stator, the gear unit has: a bottomed gear case in which a gear mechanism (39, 55) for transmitting rotation of the rotor to the wiper members is housed through an opening portion of the gear case; a gear cover that is fixed to the gear case, the gear case being integrally formed with: a flange portion to be connected to the motor case; and a connector insertion hole which is formed so as to open in an axial direction of the rotor at a position offset from an axial center of the flange portion, and through which the motor side feeding terminals are inserted so as to extend; a control board for controlling the rotation of the rotor, the control board being housed in the gear case and disposed in the vicinity of a rotation shaft of the motor unit, the control board extending along the rotation shaft of the motor unit so as to coincide with the gear mechanism when viewed in an axial direction of the rotor; and gear side feeding terminals (73U, 73V, 73W) provided on the control board on one side face opposite of the gear mechanism and extending through the connector insertion hole of the gear case, wherein the gear side feeding terminals are electrically connected to the motor side feeding terminals when the motor unit is coupled to the gear unit. a motor case in which a stator having a coil is housed; a rotor provided inside the stator; and motor side feeding terminals (35U, 35V, 35W) electrically connected to the coil and extending from the stator in an axial direction of the stator, the gear unit has: a bottomed gear case in which a gear mechanism (39, 55) for transmitting rotation of the rotor to the wiper members is housed through an opening portion of the gear case; a gear cover that is fixed to the gear case, the gear case being integrally formed with: a flange portion to be connected to the motor case; and a connector insertion hole which is formed so as to open in an axial direction of the rotor at a position offset from an axial center of the flange portion, and through which the motor side feeding terminals are inserted so as to extend; a control board for controlling the rotation of the rotor, the control board being housed in the gear case and disposed in the vicinity of a rotation shaft of the motor unit, the control board extending along the rotation shaft of the motor unit so as to coincide with the gear mechanism when viewed in an axial direction of the rotor; and gear side feeding terminals (73U, 73V, 73W) provided on the control board on one side face opposite of the gear mechanism and extending through the connector insertion hole of the gear case, wherein the gear side feeding terminals are electrically connected to the motor side feeding terminals when the motor unit is coupled to the gear unit. a bottomed gear case in which a gear mechanism (39, 55) for transmitting rotation of the rotor to the wiper members is housed through an opening portion of the gear case; a gear cover that is fixed to the gear case, the gear case being integrally formed with: a flange portion to be connected to the motor case; and a connector insertion hole which is formed so as to open in an axial direction of the rotor at a position offset from an axial center of the flange portion, and through which the motor side feeding terminals are inserted so as to extend; a control board for controlling the rotation of the rotor, the control board being housed in the gear case and disposed in the vicinity of a rotation shaft of the motor unit, the control board extending along the rotation shaft of the motor unit so as to coincide with the gear mechanism when viewed in an axial direction of the rotor; and gear side feeding terminals (73U, 73V, 73W) provided on the control board on one side face opposite of the gear mechanism and extending through the connector insertion hole of the gear case, wherein the gear side feeding terminals are electrically connected to the motor side feeding terminals when the motor unit is coupled to the gear unit. a flange portion to be connected to the motor case; and a connector insertion hole which is formed so as to open in an axial direction of the rotor at a position offset from an axial center of the flange portion, and through which the motor side feeding terminals are inserted so as to extend; a control board for controlling the rotation of the rotor, the control board being housed in the gear case and disposed in the vicinity of a rotation shaft of the motor unit, the control board extending along the rotation shaft of the motor unit so as to coincide with the gear mechanism when viewed in an axial direction of the rotor; and gear side feeding terminals (73U, 73V, 73W) provided on the control board on one side face opposite of the gear mechanism and extending through the connector insertion hole of the gear case, wherein the gear side feeding terminals are electrically connected to the motor side feeding terminals when the motor unit is coupled to the gear unit.