Kids Color Blind Test

A fun, child-friendly way to screen for color vision deficiency. Children identify hidden animals in colorful dot patterns — no reading required.

Kids Color Blind Test

A fun, child-friendly color vision test! Find the hidden animals in the colorful dot patterns.

•Look at the colorful circle and find the hidden animal
•Click on the animal you can see from the options below
•If you can't see any animal, click "I Can't See"

Tips for Parents

Color vision deficiency affects roughly 8% of boys and 0.5% of girls. Early screening helps ensure your child gets the right support at school — particularly for activities involving color-coded materials, maps, or art.

Before Starting

Set your screen brightness to at least 75% and turn off any color filters (night mode, blue light filter). Find a comfortable, well-lit spot where your child can sit without distractions for a few minutes.

During the Test

Frame it as a game — "Can you spot the hidden animal?" Let your child point to or name the animal without prompting. Avoid giving hints about what the correct answer might be. If they hesitate, encourage them to pick "I can't see" rather than guessing.

After the Results

If your child scores below 80%, don't worry — this is a screening tool, not a diagnosis. Factors like screen quality or a child's mood can affect outcomes. Schedule a visit with an optometrist for confirmation and to discuss school accommodations if needed.

How the Test Works

1. Spot the Animal

Each plate shows colored dots with a hidden animal shape. Children with normal color vision can pick it out easily.

2. Tap the Match

Choose the matching animal from the options below the plate. If no animal is visible, tap "I can't see any animal."

3. See the Score

After 10 plates, results show how many animals were correctly identified and whether further testing is recommended.

Signs Your Child May Be Color Blind

Many children learn to name colors by rote without actually perceiving them the same way others do. A child might call a fire truck "red" simply because they've been told it is — not because they see the same red you do. Here are some behaviors that may suggest a color vision issue:

Drawing & Coloring

Using unexpected colors — purple leaves on trees, green skin on people, or brown sky. Reluctance to color in worksheets or frustration with choosing crayons.

Color Identification

Mixing up red/green, pink/grey, or purple/blue pencils. Difficulty sorting colored blocks or beads when shades are similar.

Lighting Sensitivity

Colors become harder to distinguish in dim lighting or with small colored areas, but noticeably easier in bright natural daylight.

Avoidance or Denial

Reluctance to play color-matching games, or insisting they see colors correctly when results suggest otherwise.

Family history matters: if any males on the mother's side (uncles, grandfathers, cousins) are color blind, the chance is higher. By age 5, children with normal vision should identify color groups confidently within seconds.

Sources

National Eye Institute (NEI) — Color blindness overview including prevalence in children
American Academy of Ophthalmology (AAO) — Early detection and screening recommendations for children
National Health Service (NHS) — Guidance on colour vision deficiency in children and school support
Colour Blind Awareness — Education — How color blindness affects children in school and recommended accommodations
MedlinePlus Genetics — Genetic inheritance patterns of color vision deficiency

Frequently Asked Questions

Children ages 4 and up who can recognize animal shapes. Since no number reading is required, it works well for pre-readers. For children under 4, observation of drawing behavior and color naming is usually more reliable.

The Ishihara test uses hidden numbers, which requires digit recognition. This test replaces numbers with animal silhouettes so young children can participate without literacy skills.

Not necessarily. Low scores can result from screen glare, distraction, or simply not understanding the task. If the result is below 80% on a repeat attempt, an in-person evaluation with an optometrist is recommended.

Yes, though it is far less common (about 0.5% of girls vs 8% of boys). The genes responsible sit on the X chromosome. Boys have only one X, so a single affected copy causes the condition. Girls need both copies to be affected.

Yes. If confirmed by a professional, informing the school allows teachers to make small adjustments — labeling colors on worksheets, avoiding red/green-only coding, and ensuring your child is not disadvantaged during art or science classes.

This test screens primarily for red-green deficiency (Protan and Deutan types), which accounts for over 95% of all color blindness cases. For blue-yellow (Tritan) screening, a different test is needed.