A passive hologram guided target designation is more superior than simple matrix or image guided systems due to its 3D target acquisition and recognition. To implement this criterion a target hologram was loaded into onboard optics that were a part of a dynamic scanning system. The observed data was compared with onboard target hologram and it was found that the system accuracy was better than that of conventional systems. To make the carrier invisible multilayer coatings were used that resulted in perfect concealing of the carrier. Once the target acquisition is compete the locking system stops further comparison and reorients the carrier direction onto the target. This paper critically overviews the general principles involved and experimental furtherance in the field of optically guided target designators. It is said that a perfect control of the electromagnetic spectrum can close the eyes or ears and renders the defence blind and deaf. Normally laser and fiber optic guided missiles are more popular than the conventional guided missiles but our proposed hologram guidance approach is likely to establish its own technical distinctiveness and novelty.


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