1. A system mounted on an object capable of movement for capturing three-dimensional images from the object, wherein the system comprises: an image capture device including at least two digital image sensors, synchronized with each other, producing digital images, and capturing a stereoscopic image, a processor obtaining disparity information associated with the digital images captured by the image capture device and movement speed of elements in the digital images, a transmission connector controlling movement of the object, based on the digital images and the disparity information associated with the digital images, and a first controller commanding the image capture device, by modifying, to facilitate controlling the movement of the object, dimensions of fields of view of the digital image sensors, and frequency of stereoscope image capture, taking into account maximum throughput tolerated by the transmission connector and the movement speed of elements in the digital images, wherein, if the elements in the digital images are moving relatively quickly, the frequency of stereoscopic image capture is increased and the field of view is retracted, and, if the elements in the digital images are moving relatively slowly, the frequency of stereoscopic image capture is decreased and the field of view is expanded.