Image capture device, especially photographic camera, comprising: at least one image converter device that defines an image plane, and at least one lens device that defines a lens plane, in which the image converter device and the lens device are relatively movable to each other arranged; at least one converter side carrier arrangement associated to the image converter device and with a first carrier element defining a carrier plane; at least one lens carrier device associated to the lens device and with a second carrier element defining a carrier plane; at least one parallel kinematic motion device with multiple struts, which is arranged with its respective strut ends (35, 36) articulated at the carrier plane of the converter-side carrier arrangement and at the carrier plane of the objective-side carrier arrangement, wherein the image converter device is attached to the first carrier element and the lens device is attached to the second carrier element, wherein in an initial position of the image capture device, the image plane and the lens plane are positioned parallel to each other, so that an optical axis runs orthogonal to the image plane and the lens plane, wherein the optical axis is in parallel to a first main direction or a second main direction, wherein movements within in three translational and three rotational directions are executable by means of the movement device, wherein in the initial position a strut reference axis results from the reference midpoints of the first carrier element and the second carrier element, which is parallel to the first main direction or the second main direction or a third main direction, characterized in that the image converter device and the lens device are arranged in such a way on the converter-side carrier arrangement and the objective-side carrier arrangement, that in the initial position the optical axis is shown in parallel to the strut reference axis and has an axle distance from the strut reference axis, in which the distance is parallel to the main direction, which is orthogonal to the optical axis and to the strut reference axis, or/and the optical axis is orthogonal aligned to the respective strut reference axis. at least one image converter device that defines an image plane, and at least one lens device that defines a lens plane, in which the image converter device and the lens device are relatively movable to each other arranged; at least one converter side carrier arrangement associated to the image converter device and with a first carrier element defining a carrier plane; at least one lens carrier device associated to the lens device and with a second carrier element defining a carrier plane; at least one parallel kinematic motion device with multiple struts, which is arranged with its respective strut ends (35, 36) articulated at the carrier plane of the converter-side carrier arrangement and at the carrier plane of the objective-side carrier arrangement, wherein the image converter device is attached to the first carrier element and the lens device is attached to the second carrier element, wherein in an initial position of the image capture device, the image plane and the lens plane are positioned parallel to each other, so that an optical axis runs orthogonal to the image plane and the lens plane, wherein the optical axis is in parallel to a first main direction or a second main direction, wherein movements within in three translational and three rotational directions are executable by means of the movement device, wherein in the initial position a strut reference axis results from the reference midpoints of the first carrier element and the second carrier element, which is parallel to the first main direction or the second main direction or a third main direction, characterized in that the image converter device and the lens device are arranged in such a way on the converter-side carrier arrangement and the objective-side carrier arrangement, that in the initial position the optical axis is shown in parallel to the strut reference axis and has an axle distance from the strut reference axis, in which the distance is parallel to the main direction, which is orthogonal to the optical axis and to the strut reference axis, or/and the optical axis is orthogonal aligned to the respective strut reference axis.