A method of manufacturing a vehicle trim component (66, 212) by a concurrent compression forming and injection molding process, comprising: - disposing a fiber panel (44, 128, 198, 256) comprising an outer surface, an inner surface and a periphery onto a first surface (38, 122, 192, 250) of a mold (32, 116, 186, 244); - penetrating the fiber panel (44, 128, 198, 256) with at least one holding pin to secure the fiber panel (44, 128, 198, 256) to the mold (32, 116, 186, 244); - compressing the fiber panel (44, 128, 198, 256) between the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and a second surface (42, 126, 196) of the mold (32, 116, 186, 244) to form the fiber panel (44, 128, 198, 256) into a compression formed component having a shape wherein the shape corresponds to a first contour of the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and a second contour of the second surface (42, 126, 196) of the mold (32, 116, 186, 244) and wherein the fiber panel (44, 128, 198, 256) comprises an outer surface, an inner surface and a periphery extending from the outer surface of the fiber panel (44, 128, 198, 256) to the inner surface of the fiber panel (44, 128, 198, 256); - injecting resin into a void between the periphery of the fiber panel (44, 128, 198, 256) and the mold (32, 116, 186, 244) after the compression formed component is formed to form a border about at least a portion of the periphery of the fiber panel (44, 128, 198, 256); and - removing the vehicle trim component (66, 212) from the mold cavity (40, 124, 194, 252); wherein the mold cavity (40, 124, 194, 252) is formed by the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and the second surface (42, 126, 196) of the mold (32, 116, 186, 244); wherein penetrating the fiber panel (44, 128, 198, 256) with the at least one holding pin comprises securing the fiber panel (44, 128, 198, 256) to substantially block movement of the fiber panel (44, 128, 198, 256) within the mold (32, 116, 186, 244) in a position to provide the void between the periphery of the fiber panel (44, 128, 198, 256) and the mold (32, 116, 186, 244); wherein the periphery of the fiber panel (44, 128, 198, 256) extends from the outer surface of the fiber panel (44, 128, 198, 256) to the inner surface of the fiber panel (44, 128, 198, 256); wherein the fiber panel (44, 128, 198, 256) comprises a plurality of structural fibers and a thermoplastic resin configured to bind the structural fibers; and wherein the step of injecting resin into the mold (32, 116, 186, 244) comprises forming only a border about at least a portion of the periphery of the fiber panel (44, 128, 198, 256) to provide a dimensionally accurate edge of the component. - disposing a fiber panel (44, 128, 198, 256) comprising an outer surface, an inner surface and a periphery onto a first surface (38, 122, 192, 250) of a mold (32, 116, 186, 244); - penetrating the fiber panel (44, 128, 198, 256) with at least one holding pin to secure the fiber panel (44, 128, 198, 256) to the mold (32, 116, 186, 244); - compressing the fiber panel (44, 128, 198, 256) between the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and a second surface (42, 126, 196) of the mold (32, 116, 186, 244) to form the fiber panel (44, 128, 198, 256) into a compression formed component having a shape wherein the shape corresponds to a first contour of the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and a second contour of the second surface (42, 126, 196) of the mold (32, 116, 186, 244) and wherein the fiber panel (44, 128, 198, 256) comprises an outer surface, an inner surface and a periphery extending from the outer surface of the fiber panel (44, 128, 198, 256) to the inner surface of the fiber panel (44, 128, 198, 256); - injecting resin into a void between the periphery of the fiber panel (44, 128, 198, 256) and the mold (32, 116, 186, 244) after the compression formed component is formed to form a border about at least a portion of the periphery of the fiber panel (44, 128, 198, 256); and - removing the vehicle trim component (66, 212) from the mold cavity (40, 124, 194, 252); wherein the mold cavity (40, 124, 194, 252) is formed by the first surface (38, 122, 192, 250) of the mold (32, 116, 186, 244) and the second surface (42, 126, 196) of the mold (32, 116, 186, 244); wherein penetrating the fiber panel (44, 128, 198, 256) with the at least one holding pin comprises securing the fiber panel (44, 128, 198, 256) to substantially block movement of the fiber panel (44, 128, 198, 256) within the mold (32, 116, 186, 244) in a position to provide the void between the periphery of the fiber panel (44, 128, 198, 256) and the mold (32, 116, 186, 244); wherein the periphery of the fiber panel (44, 128, 198, 256) extends from the outer surface of the fiber panel (44, 128, 198, 256) to the inner surface of the fiber panel (44, 128, 198, 256); wherein the fiber panel (44, 128, 198, 256) comprises a plurality of structural fibers and a thermoplastic resin configured to bind the structural fibers; and wherein the step of injecting resin into the mold (32, 116, 186, 244) comprises forming only a border about at least a portion of the periphery of the fiber panel (44, 128, 198, 256) to provide a dimensionally accurate edge of the component.