An actuator device comprising: a support part; a first movable part; a second movable part formed in a frame shape and arranged so as to surround the first movable part; a first connecting part (5, 6) connecting the first movable part to the second movable part so that the first movable part can swing around a first axis; a second connecting part (7, 8) connecting the second movable part to the support part so that the first movable part can swing around the first axis by vibrating the second movable part; a spiral coil (14, 15) provided to the second movable part; a magnetic field generator that generates a magnetic field to act on the coil (14, 15); a first external terminal provided to the support part; and a first wiring connected to an inner end portion of the coil (14, 15) and the first external terminal, wherein the first wiring includes a lead wiring (61, 63) connected to the first external terminal, and a straddle wiring (62, 64) provided to the second movable part so as to straddle the coil (14, 15) and connected to the inner end portion of the coil (14, 15) and the lead wiring (61, 63), characterized in that a width of the straddle wiring (62, 64) is larger than a width of the coil (14, 15), and a thickness (Tl) of the straddle wiring (62, 64) is smaller than a thickness of the coil (14, 15), wherein the width of the straddle wiring is the width of the straddle wiring in the extending direction of the coil (14, 15), wherein the width of the coil (14, 15) is the width of a conductor which forms the coil (14, 15) in a direction orthogonal to the extending direction of the coil (14, 15), wherein the thickness of the straddle wiring is the thickness of the straddle wiring in a direction orthogonal to a plane where the coil (14, 15) is arranged, wherein the thickness of the coil is a thickness of the coil (14, 15) in the direction orthogonal to the plane where the coil (14, 15) is arranged. a support part; a first movable part; a second movable part formed in a frame shape and arranged so as to surround the first movable part; a first connecting part (5, 6) connecting the first movable part to the second movable part so that the first movable part can swing around a first axis; a second connecting part (7, 8) connecting the second movable part to the support part so that the first movable part can swing around the first axis by vibrating the second movable part; a spiral coil (14, 15) provided to the second movable part; a magnetic field generator that generates a magnetic field to act on the coil (14, 15); a first external terminal provided to the support part; and a first wiring connected to an inner end portion of the coil (14, 15) and the first external terminal, wherein the first wiring includes a lead wiring (61, 63) connected to the first external terminal, and a straddle wiring (62, 64) provided to the second movable part so as to straddle the coil (14, 15) and connected to the inner end portion of the coil (14, 15) and the lead wiring (61, 63), characterized in that a width of the straddle wiring (62, 64) is larger than a width of the coil (14, 15), and a thickness (Tl) of the straddle wiring (62, 64) is smaller than a thickness of the coil (14, 15), wherein the width of the straddle wiring is the width of the straddle wiring in the extending direction of the coil (14, 15), wherein the width of the coil (14, 15) is the width of a conductor which forms the coil (14, 15) in a direction orthogonal to the extending direction of the coil (14, 15), wherein the thickness of the straddle wiring is the thickness of the straddle wiring in a direction orthogonal to a plane where the coil (14, 15) is arranged, wherein the thickness of the coil is a thickness of the coil (14, 15) in the direction orthogonal to the plane where the coil (14, 15) is arranged.