System for assessing the visual appearance of a reflective surface, comprising at least: a) a visual output device, adapted to display at least one test image onto the reflective surface; b) a visual capturing device, comprising an adjustable focal point position; - wherein the adjustable focal point position is tunable to the reflective surface as one capturing position and to a complementary capturing position that allows for clear capturing of the test image as a reflection from the reflective surface; and - wherein the visual capturing device is adapted to capture at least one image in the one capturing position and to capture at least one complementary image in the complementary capturing position; c) a data processing unit, comprising a database and an evaluation algorithm; - wherein the database is equipped with data representing correlation between visual appearance of reflective reference surfaces and objective quality parameters of the reflective reference surfaces; and - wherein the evaluation algorithm is adapted to derive the objective quality parameters of the reflective surface from the one image and from the complementary image and to compare the objective quality parameters with the data of the database to assess the visual appearance of the reflective surface based on average human perception, wherein the data of the database comprise logical conjunction of: - statistically confirmed results of target group interrogation regarding visual appearance of reflective reference surfaces; and - objective quality parameters of the reflective reference surfaces. a) a visual output device, adapted to display at least one test image onto the reflective surface; b) a visual capturing device, comprising an adjustable focal point position; - wherein the adjustable focal point position is tunable to the reflective surface as one capturing position and to a complementary capturing position that allows for clear capturing of the test image as a reflection from the reflective surface; and - wherein the visual capturing device is adapted to capture at least one image in the one capturing position and to capture at least one complementary image in the complementary capturing position; - wherein the adjustable focal point position is tunable to the reflective surface as one capturing position and to a complementary capturing position that allows for clear capturing of the test image as a reflection from the reflective surface; and - wherein the visual capturing device is adapted to capture at least one image in the one capturing position and to capture at least one complementary image in the complementary capturing position; c) a data processing unit, comprising a database and an evaluation algorithm; - wherein the database is equipped with data representing correlation between visual appearance of reflective reference surfaces and objective quality parameters of the reflective reference surfaces; and - wherein the evaluation algorithm is adapted to derive the objective quality parameters of the reflective surface from the one image and from the complementary image and to compare the objective quality parameters with the data of the database to assess the visual appearance of the reflective surface based on average human perception, wherein the data of the database comprise logical conjunction of: - statistically confirmed results of target group interrogation regarding visual appearance of reflective reference surfaces; and - objective quality parameters of the reflective reference surfaces. - wherein the database is equipped with data representing correlation between visual appearance of reflective reference surfaces and objective quality parameters of the reflective reference surfaces; and - wherein the evaluation algorithm is adapted to derive the objective quality parameters of the reflective surface from the one image and from the complementary image and to compare the objective quality parameters with the data of the database to assess the visual appearance of the reflective surface based on average human perception, wherein the data of the database comprise logical conjunction of: - statistically confirmed results of target group interrogation regarding visual appearance of reflective reference surfaces; and - objective quality parameters of the reflective reference surfaces.