A method for correcting a color of light being generated by an LCD image system having an internally mounted LED and an internally mounted LCD glass component that is illuminated by the LED, the color of light being output being susceptible to varying between a plurality of different, known ranges of chromaticity depending on manufacturing variations in at least one of the LCD glass component or the LED being used in the LCD image system, the method characterized by: identifying a total uncompensated color space representing a total area of potential color variation that is expected from the LCD image system as a result of variations in one or more components used to construct the LCD image system; identifying a plurality of distinct color shifts falling within the uncompensated color space that may be caused by the one or more components used to construct the LCD image system; constructing a plurality of color correction filters (26, 26 i, 26 ii and 26 iii) from a plurality of films such that each of the plurality of color correction filters has a different predetermined chromaticity value, and further such that each said color correction filter is adapted to provide a predetermined, differing chromaticity shift to light being output by the LCD glass component; further constructing each one of the color correction filters (26, 26 i, 26 ii and 26 iii) so that a selected single one of the plurality of color correction filters is able to be placed at least one of adjacent the LED or adjacent the LCD glass component during assembly of the LCD image system; and the plurality of color correction filters (26, 26 i, 26 ii and 26 iii) being constructed based on known, differing ranges of color variations that may be present in a color of the light being output from the LCD glass component, and further constructed such that the selected single one of the plurality of color correction filters provides a chromaticity value that shifts the color of the light being output from the LCD glass component from outside a predetermined target color area back into the predetermined target color area, to thus address a specific color shift that would have existed without use of the selected single one of the color correction filters (26, 26 i, 26 ii and 26 iii). identifying a total uncompensated color space representing a total area of potential color variation that is expected from the LCD image system as a result of variations in one or more components used to construct the LCD image system; identifying a plurality of distinct color shifts falling within the uncompensated color space that may be caused by the one or more components used to construct the LCD image system; constructing a plurality of color correction filters (26, 26 i, 26 ii and 26 iii) from a plurality of films such that each of the plurality of color correction filters has a different predetermined chromaticity value, and further such that each said color correction filter is adapted to provide a predetermined, differing chromaticity shift to light being output by the LCD glass component; further constructing each one of the color correction filters (26, 26 i, 26 ii and 26 iii) so that a selected single one of the plurality of color correction filters is able to be placed at least one of adjacent the LED or adjacent the LCD glass component during assembly of the LCD image system; and the plurality of color correction filters (26, 26 i, 26 ii and 26 iii) being constructed based on known, differing ranges of color variations that may be present in a color of the light being output from the LCD glass component, and further constructed such that the selected single one of the plurality of color correction filters provides a chromaticity value that shifts the color of the light being output from the LCD glass component from outside a predetermined target color area back into the predetermined target color area, to thus address a specific color shift that would have existed without use of the selected single one of the color correction filters (26, 26 i, 26 ii and 26 iii).