Color Blindness Simulator

Visualize how your colors appear to people with different types of color vision deficiency

Select Color

HEX

#ff00ff

Magenta / Fuchsia

Blindness Simulator

Check how a color is perceived by people with different types of color blindness to create more accessible designs. Understanding color perception helps ensure your content is accessible to everyone.

Impact

8% of men and 0.5% of women have some form of color vision deficiency.

Types

Red-green blindness is most common, affecting how reds and greens are perceived.

Design Better

Use contrast and patterns alongside color to convey information.

Original Color

#ff00ff

Magenta / Fuchsia

This is how the color appears with normal color vision.

Red-Green Blindness (Protanopia)

Protanopia

1.3% of men, 0.02% of women

53%

How it appears

#c6c5e2

Protanomaly

1.3% of men, 0.02% of women

64% SIMILAR
Original
#ff00ff
Simulated
#e99cf0

Red-Green Partial (Deuteranopia)

Deuteranopia

1.2% of men, 0.01% of women

49%

How it appears

#cfdada

Deuteranomaly

5% of men, 0.35% of women

68% SIMILAR
Original
#ff00ff
Simulated
#e78bee

Blue-Yellow Blindness (Tritanopia)

Tritanopia

0.001% of men, 0.03% of women

53%

How it appears

#f9c6c0

Tritanomaly

0.0001% of the population

68% SIMILAR
Original
#ff00ff
Simulated
#fb8de9

Complete Color Blindness

Achromatopsia

0.003% of the population

52%

How it appears

#919191

Achromatomaly

0.001% of the population

61% SIMILAR
Original
#ff00ff
Simulated
#af83af

Note: These simulations are approximations. Actual color perception may vary between individuals with the same type of color blindness.

Understanding Color Blindness

Create inclusive designs by testing color accessibility

Color blindness affects approximately 1 in 12 men and 1 in 200 women worldwide. This simulator helps designers, developers, and content creators understand how their color choices appear to people with various forms of color vision deficiency.

By testing your colors through different color blindness simulations, you can ensure your designs are accessible and effective for all users. This tool simulates the most common types of color vision deficiency including Protanopia, Deuteranopia, Tritanopia, and complete color blindness.

Why It Matters

Color alone should never be the only way to convey information. Testing with this simulator helps identify potential issues.

Use Cases

Perfect for UI design, data visualization, branding, and any visual content that relies on color differentiation.