An integrated color imaging system, comprising: a housing having an objective lens (204, 461) configured to receive an image (212, 351, 371, 463) of incident electromagnetic radiation from a scene and focus the image (212, 351, 371, 463) on a photocathode (208, 465) of an image intensifier (209, 408) located inside the housing, the image intensifier (209, 408) having a plurality of radiation sensitive sensors and a phosphor screen (214, 477); a first filter wheel (205, 305, 401, 451) located inside the housing between the objective lens (204, 461) and the photocathode (208, 465), the first filter wheel (205, 305, 401, 451) is configured to be rotatable relative to the image intensifier (209, 408), the first filter wheel (205, 305, 401, 451) comprises a plurality of first channels (321, 323, 409, 411, 507, 509) selectively positionable in an optical path of the image (212, 351, 371, 463), and at least one of the first channels (321, 323, 409, 411, 507, 509) is clear and unfiltered; a second filter wheel (207, 307, 401, 453) located inside the housing between the phosphor screen (214, 477) and an eyepiece lens of the housing, the second filter wheel (207, 307, 401, 453) is configured to be rotatable relative to the image intensifier (209, 408), the second filter wheel (207, 307, 401, 453) comprises a plurality of second channels (325, 327, 409, 411, 481, 483) selectively positionable in the optical path between the phosphor screen (214, 477) and the eyepiece lens, and at least one of the second channels (325, 327, 409, 411, 481, 483) is clear and unfiltered; and the clear and unfiltered channels (321, 323, 409, 411, 507, 509, 325, 327, 481, 483) of the first and second filter wheels (205, 305, 401, 451, 207, 307, 453) are configured to be selectively aligned in the optical path and retained in stationary positions. a housing having an objective lens (204, 461) configured to receive an image (212, 351, 371, 463) of incident electromagnetic radiation from a scene and focus the image (212, 351, 371, 463) on a photocathode (208, 465) of an image intensifier (209, 408) located inside the housing, the image intensifier (209, 408) having a plurality of radiation sensitive sensors and a phosphor screen (214, 477); a first filter wheel (205, 305, 401, 451) located inside the housing between the objective lens (204, 461) and the photocathode (208, 465), the first filter wheel (205, 305, 401, 451) is configured to be rotatable relative to the image intensifier (209, 408), the first filter wheel (205, 305, 401, 451) comprises a plurality of first channels (321, 323, 409, 411, 507, 509) selectively positionable in an optical path of the image (212, 351, 371, 463), and at least one of the first channels (321, 323, 409, 411, 507, 509) is clear and unfiltered; a second filter wheel (207, 307, 401, 453) located inside the housing between the phosphor screen (214, 477) and an eyepiece lens of the housing, the second filter wheel (207, 307, 401, 453) is configured to be rotatable relative to the image intensifier (209, 408), the second filter wheel (207, 307, 401, 453) comprises a plurality of second channels (325, 327, 409, 411, 481, 483) selectively positionable in the optical path between the phosphor screen (214, 477) and the eyepiece lens, and at least one of the second channels (325, 327, 409, 411, 481, 483) is clear and unfiltered; and the clear and unfiltered channels (321, 323, 409, 411, 507, 509, 325, 327, 481, 483) of the first and second filter wheels (205, 305, 401, 451, 207, 307, 453) are configured to be selectively aligned in the optical path and retained in stationary positions.