Discover your color blindness with the Farnsworth-Munsell 100-hue test. Arrange colored
slides sequentially and learn about your color vision deficiencies. Gain insight and take the test today!
Note : The first and last color chips are fixed. Drag and drop the colors in each row to arrange them by hue color.
We use below tools or tests to check color vision deficiency.
Farnsworth Munsell 100 Hue Test is a color vision test that helps you detect problems related to sorting colors. The Munsell hue test was developed by Dean Farnsworth in the late 1940s. Users taking the test need to arrange the variety of colors covering the visual hues based on a specific pattern.
The Farnsworth D15 Test is similar to the hue test that drags colors into boxes in a disc arrangement. Both tests help in discovering color vision deficiency.
Color blindness is a problem targeting more than 4.01% of the population. Thus, the Farnsworth test is a unique and innovative way to test for color deficiency to improve productivity leading to a better user experience.
To take the test go to colorblindtest.net with any browser, then navigate to Farnsworth Munsell Hue Test. Click the "take the test" button to start the test.
In the test, note that the first and last chips are fixed. Now, drag and drop colors to arrange them in hue order.
After taking the test, you will get a result indicating your test score.
Any score that surpasses 100 on the test will be treated as a low score. Having a low score showcases that the test taker is suffering from color vision deficiency which can be studied based on the result.
A score between 16 to 100 hints at the ability to distinguish between different colors, like the majority population. Most user undertaking tests have an average score range with decent color sorting ability.
If the user secures a score between 0 - 4, it is treated as an excellent score. It implies that the user has an exceptional color-distinguishing ability compared to others.
The test helps work professions like graphic designing, printing tasks that demand color accuracy, and many more. It is also beneficial for daily tasks such as sorting out colorful clothes. Users can study the color sorting ability or deficiency of vision to improve the user experience.
Games like soccer or volleyball rely on color accuracy to identify the team uniforms and balls with different colors. Some sports, like archery, demand people to have superior color vision to help them be more accurate in shooting target circles with multiple colors.
As for the educational institutes, the test can help identify children with color vision deficiency, affecting their learning ability. Thus, necessary steps can be taken to improve their condition leading to better results.
