A head-mounted display system comprising: a head-mountable frame; a plurality of emissive micro-displays (1030a, 1030b, 1030c) supported by the frame, wherein the emissive micro-displays are configured to output image light; an optical combiner arranged to receive the image light from the micro-displays, wherein each of the micro-displays faces a different side of the optical combiner; a plurality of light redirecting structures (1080a, 1080c), wherein each light redirecting structure is arranged to: receive the image light that is output from a different one of the micro-displays, and convey the image light to the optical combiner; an eyepiece supported by the frame, wherein the eyepiece is configured to receive the image light from the emissive micro-displays and to direct the image light to an eye of a user while the frame is mounted on the user, wherein the eyepiece includes a plurality of in-coupling optical elements (1022a, 1022b, 1022c) that are laterally offset from one another as seen in a head-on view in a direction of the image light propagating toward the in-coupling optical elements; and wherein at least two of the light redirecting structures (1 080a, 1080c) are arranged to direct the image light from their respective micro-displays toward different sides of the optical combiner at a non-normal angle relative to the respective side of the optical combiner such that the image light from different micro-displays (1030a, 1030b, 1030c) is output from a common side of the optical combiner at different angles and directed to different locations on the eyepiece corresponding to different in-coupling optical elements (1022a, 1022b, 1022c). a head-mountable frame; a plurality of emissive micro-displays (1030a, 1030b, 1030c) supported by the frame, wherein the emissive micro-displays are configured to output image light; an optical combiner arranged to receive the image light from the micro-displays, wherein each of the micro-displays faces a different side of the optical combiner; a plurality of light redirecting structures (1080a, 1080c), wherein each light redirecting structure is arranged to: receive the image light that is output from a different one of the micro-displays, and convey the image light to the optical combiner; an eyepiece supported by the frame, wherein the eyepiece is configured to receive the image light from the emissive micro-displays and to direct the image light to an eye of a user while the frame is mounted on the user, wherein the eyepiece includes a plurality of in-coupling optical elements (1022a, 1022b, 1022c) that are laterally offset from one another as seen in a head-on view in a direction of the image light propagating toward the in-coupling optical elements; and wherein at least two of the light redirecting structures (1 080a, 1080c) are arranged to direct the image light from their respective micro-displays toward different sides of the optical combiner at a non-normal angle relative to the respective side of the optical combiner such that the image light from different micro-displays (1030a, 1030b, 1030c) is output from a common side of the optical combiner at different angles and directed to different locations on the eyepiece corresponding to different in-coupling optical elements (1022a, 1022b, 1022c).