An optical hyperfocal reflective system comprising: at least one optical substrate; an optical input coupling portion configured to input couple a collimated display image to the optical substrate; and an optical hyperfocal output coupling portion integrated with said optical substrate; wherein said optical output coupling portion includes at least one hyperfocal reflective view port; wherein said hyperfocal reflective view port comprises at least one discrete optical hyperfocal reflector spot integrated with said optical substrate; wherein said discrete optical hyperfocal reflector spot is at least partially reflective and configured to reflectively project on to a target area located at predetermined working distance from said hyperfocal reflective view port a discrete portion of the optical input coupled display image rays as a discrete optical spot beam of rays that form a discrete virtual display image portion, wherein the discrete optical hyperfocal reflector spot is sized to form the discrete optical spot beam with a diameter at the target area such that the view of the discrete virtual display image portion, as seen by a lens-detector system locatable at the target area, is hyperfocused; wherein hyperfocus allows a lens to be focused from a desired distance, all the way to infinity whilst maintaining an acceptably sharp image without changing the image plane location; wherein the limit of acceptable sharpness is the resolution of the eye and the hyperfocal distance for the system (100, 400) is a comfortable near distance of distinct vision of the human eye; wherein said optical hyperfocal output coupling portion includes a plurality of said hyperfocal reflective view ports integrated with said optical substrate, and wherein the optical hyperfocal reflector spots are distributed spaced apart from one another in a pattern extending along said optical hyperfocal coupling portion and form a plurality of the virtual display image portion hyperfocused views which collectively substantially correspond to the display image or a portion thereof; where said plurality of hyperfocal reflector spots comprise first polarisation state selective reflector spots and second polarisation state selective reflector spots, said first polarisation state being different from said second polarisation state; characterised in that the polarized hyperfocal reflector spots are distributed in an alternating pattern of first polarization state selective reflector spots and second polarization state selective reflector spots. an optical hyperfocal output coupling portion integrated with said optical substrate; wherein said optical output coupling portion includes at least one hyperfocal reflective view port; wherein said hyperfocal reflective view port comprises at least one discrete optical hyperfocal reflector spot integrated with said optical substrate; wherein said discrete optical hyperfocal reflector spot is at least partially reflective and configured to reflectively project on to a target area located at predetermined working distance from said hyperfocal reflective view port a discrete portion of the optical input coupled display image rays as a discrete optical spot beam of rays that form a discrete virtual display image portion, wherein the discrete optical hyperfocal reflector spot is sized to form the discrete optical spot beam with a diameter at the target area such that the view of the discrete virtual display image portion, as seen by a lens-detector system locatable at the target area, is hyperfocused; wherein hyperfocus allows a lens to be focused from a desired distance, all the way to infinity whilst maintaining an acceptably sharp image without changing the image plane location; wherein the limit of acceptable sharpness is the resolution of the eye and the hyperfocal distance for the system (100, 400) is a comfortable near distance of distinct vision of the human eye; wherein said optical hyperfocal output coupling portion includes a plurality of said hyperfocal reflective view ports integrated with said optical substrate, and wherein the optical hyperfocal reflector spots are distributed spaced apart from one another in a pattern extending along said optical hyperfocal coupling portion and form a plurality of the virtual display image portion hyperfocused views which collectively substantially correspond to the display image or a portion thereof; where said plurality of hyperfocal reflector spots comprise first polarisation state selective reflector spots and second polarisation state selective reflector spots, said first polarisation state being different from said second polarisation state; characterised in that the polarized hyperfocal reflector spots are distributed in an alternating pattern of first polarization state selective reflector spots and second polarization state selective reflector spots.