HIGH SPEED PROJECTION ONTO DYNAMIC MOVING OBJECTS

1. A method for projecting content onto a moving object, the method comprising: receiving by computer tracked positional characteristics of the moving object from a tracking module, wherein the tracked positional characteristics correspond to actual positions of the moving object; receiving by the computer predicted positional characteristics of the moving object from a prediction module, wherein the predicted positional characteristics correspond to predicted positions of the moving object; determining by the computer an object position based on the tracked positional characteristics and the predicted positional characteristics; modifying or selecting projection content for projection onto the moving object based on the object position; and projecting the projection content onto the moving object. 2. The method of claim 1, wherein determining the object position, further comprises using a weighted combination of the tracked positional characteristics and the predicted positional characteristics, wherein a weight applied to the tracked positional characteristics and the predicted positional characteristics is determined by at least one of a latency value and an error value for at least one of the tracked positional characteristics or the predicted positional characteristics. 3. The method of claim 1, wherein the tracked positional characteristics correspond to low frequency motion of the moving object; and the predicted positional characteristics correspond to high frequency motion of the moving object. 4. The method of claim 1, wherein the tracked positional characteristics correspond to a first type of object movement and the predicted positional characteristics correspond to a second type of object movement. 5. The method of claim 1, further comprising modifying the object to enhance a trackable characteristic, wherein the enhancement increases a contrast of the object to assist the tracking module in detecting the tracked positional characteristics. 6. The method of claim 1, wherein a lag time between a tracked position of the moving object and a projected position of the moving object when the content is projected onto the moving object is under 2 ms. 7. The method of claim 6, wherein the lag time is under 1.6 ms. 8. A projection system for generating a volumetric image comprising: a tracking module for tracking positional characteristics; a projection module in communication with the tracking module, wherein the projection module projects light; and a projection object positioned within a field of view of the projection module, the projection object comprising: a target area selected to interact with the projected light to generate an image portion; and a motor in communication with the tracking module, the motor operably coupled to the target area for moving the target are along a movement path, wherein as the projection object moves along the movement path a projection volume is defined; wherein as the motor moves the target area, the tracking module tracks positional characteristic of the object to determine a first object position and provides the object position to the projection module; and the projection module generates content for projection onto the object at discrete locations along the movement path based on the positional characteristics and projects the content onto the target area as the object is moved into each location by the motor; and the content projected at each discrete location defines a plurality of image portions along the movement path, wherein the image portions define the volumetric image. 9. The projection system of claim 8, wherein the target area comprises an ambient light rejecting property. 10. The projection system of claim 8, wherein the projection object further comprises a non-target area, wherein the non-target area comprises a light absorptive property. 11. The projection system of claim 8, wherein the tracking module tracks positional characteristics of the object to determine a second object position and provides the second object position to the projection module; and the projection module generates content for projection onto the object at a second location based on the positional characteristics and projects the content onto the object as the object is moved into the second location by the motor. 12. The projection system of claim 8, wherein the image portions are formed at an outer perimeter of the projection volume. 13. The projection system of claim 8, wherein the target area is formed by a bar coupled to the motor and the movement path is a circular rotation path. 14. The projection system of claim 13, wherein the target area is a front face of the bar and comprises an ambient light rejecting film. 15. The projection system of claim 8, wherein the projection volume is conically shaped. 16. The projection system of claim 8, wherein the projection object further comprises a mounting base for coupling the target area to the motor, wherein the target area is positioned at an angle relative to a center axis of the mounting base. 17. A projection system for projecting images onto a moving object, the system comprising: a tracking module for determining a first type of position data for the moving object; a prediction module for determining a second type of position data for the moving object; a projection generation module in electrical communication with the tracking module and the prediction module, wherein the projection generation module generates an image for projection on the image based on a combination of the first type of position data and the second type of position data, wherein the combination is determined by at least one of a latency or an error for each the first type of position data or the second type of position data; and a projector in electrical communication with the projection generation module, wherein the projector projects the image onto the moving object.