A compound operation input device comprising: a casing (100, 100', 100"); an operating lever (200, 200', 200") mounted in the casing, said operating lever being operable by pressing from a neutral position in a pressing-movement direction and operable by swinging on an arc from the neutral position in two opposite swinging directions intersecting the pressing-movement direction; a position detecting means (400, 400', 400") mounted in the casing for outputting a signal in accordance with movement of the operating lever in the swinging directions; a pressing member (500, 500', 500"), abutting an end surface (212b, 212b', 212b") of the operating lever on the pressing-movement direction side; a press switch (600, 600") facing the pressing member with a depressible portion of the press switch facing a direction substantially orthogonal to the pressing-movement direction and the swinging directions of the operating lever; characterized by: a substantially arcuate rotor (300, 300', 300"), the operating lever being coupled to the rotor and being movable relative to the rotor in the pressing-movement direction of the operating lever, the rotor being held in the casing together with the operating lever, wherein the operating lever is movable together with the rotor in the swinging directions, with a part of the end surface abutting the pressing member serving as a supporting point, and the pressing member is adapted to move toward the press switch when pressed by the end surface of the operating lever to depress the depressible portion of the press switch. a casing (100, 100', 100"); an operating lever (200, 200', 200") mounted in the casing, said operating lever being operable by pressing from a neutral position in a pressing-movement direction and operable by swinging on an arc from the neutral position in two opposite swinging directions intersecting the pressing-movement direction; a position detecting means (400, 400', 400") mounted in the casing for outputting a signal in accordance with movement of the operating lever in the swinging directions; a pressing member (500, 500', 500"), abutting an end surface (212b, 212b', 212b") of the operating lever on the pressing-movement direction side; a press switch (600, 600") facing the pressing member with a depressible portion of the press switch facing a direction substantially orthogonal to the pressing-movement direction and the swinging directions of the operating lever; characterized by: a substantially arcuate rotor (300, 300', 300"), the operating lever being coupled to the rotor and being movable relative to the rotor in the pressing-movement direction of the operating lever, the rotor being held in the casing together with the operating lever, wherein the operating lever is movable together with the rotor in the swinging directions, with a part of the end surface abutting the pressing member serving as a supporting point, and the pressing member is adapted to move toward the press switch when pressed by the end surface of the operating lever to depress the depressible portion of the press switch. a substantially arcuate rotor (300, 300', 300"), the operating lever being coupled to the rotor and being movable relative to the rotor in the pressing-movement direction of the operating lever, the rotor being held in the casing together with the operating lever, wherein the operating lever is movable together with the rotor in the swinging directions, with a part of the end surface abutting the pressing member serving as a supporting point, and the pressing member is adapted to move toward the press switch when pressed by the end surface of the operating lever to depress the depressible portion of the press switch.