A measurement device that is configured to measure an operation accuracy of a driving device for a measured object which is provided with the driving device for moving a moving body in a defined transfer direction, the measurement device comprising: a measurement camera that has a predetermined camera visual field; a measurement jig that has a plurality of measurement marks arranged at a defined interval narrower than a width of the camera visual field in the transfer direction and along the transfer direction; a movement control section that is configured to send an instruction value to the driving device and is configured to position the measurement jig at an instructed position in the transfer direction; an imaging control section that is configured to image the positioned measurement jig by the measurement camera and is configured to acquire data of an image; an image processing section that is configured to calculate an actual position of the measurement jig based on the plurality of the measurement marks which are included in the data of the image; and an error measurement section that is configured to measure a positioning error in the transfer direction due to the driving device based on the instructed position and the actual position, wherein the image processing section respectively is configured to acquire positions of the plurality of the measurement marks in the data of the image and is configured to calculate the actual position of the measurement jig averaged based on the positions of the plurality of the measurement marks and the defined interval, wherein the measured object is a feeder which performs pitch feeding of a component tape in which an electronic component is accommodated as the moving body in the transfer direction by the driving device to supply the electronic component, and wherein the measurement jig is a measurement tape which is formed to be capable of performing the pitch feeding by the driving device corresponding to the component tape. a measurement camera that has a predetermined camera visual field; a measurement jig that has a plurality of measurement marks arranged at a defined interval narrower than a width of the camera visual field in the transfer direction and along the transfer direction; a movement control section that is configured to send an instruction value to the driving device and is configured to position the measurement jig at an instructed position in the transfer direction; an imaging control section that is configured to image the positioned measurement jig by the measurement camera and is configured to acquire data of an image; an image processing section that is configured to calculate an actual position of the measurement jig based on the plurality of the measurement marks which are included in the data of the image; and an error measurement section that is configured to measure a positioning error in the transfer direction due to the driving device based on the instructed position and the actual position, wherein the image processing section respectively is configured to acquire positions of the plurality of the measurement marks in the data of the image and is configured to calculate the actual position of the measurement jig averaged based on the positions of the plurality of the measurement marks and the defined interval, wherein the measured object is a feeder which performs pitch feeding of a component tape in which an electronic component is accommodated as the moving body in the transfer direction by the driving device to supply the electronic component, and wherein the measurement jig is a measurement tape which is formed to be capable of performing the pitch feeding by the driving device corresponding to the component tape.