Eye Color Probability Calculator

Eye Color Probability Calculator - Predict Your Baby's Eye Color

Eye Color Probability Calculator

Discover your baby's potential eye color using genetics

Parent Information

Brown
Blue
Hazel
Amber
Gray
Green
Violet
Red
Black
Brown
Blue
Hazel
Amber
Gray
Green
Violet
Red
Black

Your Baby's Eye Color

Brown Eyes

Your baby will most likely have brown eyes based on the genetic combination.

How Eye Color Genetics Work

Genetic Inheritance

Eye color is determined by multiple genes, but the OCA2 and HERC2 genes play major roles. This calculator uses a simplified model based on dominant and recessive traits:

  • Brown: Dominant trait, most common globally
  • Blue: Recessive trait, requires specific gene combinations
  • Hazel: Mix of brown and green, changes in different light
  • Amber: Golden yellow color, quite rare
  • Gray: Rare color, often changes with lighting
  • Green: Intermediate trait, relatively rare
  • Violet: Extremely rare, appears purple/violet in certain light
  • Red: Very rare, occurs in albinism or severe lack of pigment
  • Black: Very dark brown with high melanin concentration

Important Notes

Disclaimer

This tool provides estimates based on simplified genetic probability models, not medical predictions. Actual eye color inheritance involves multiple genes and can be more complex than shown here.

Did you know? Baby's eye color can change during their first year of life as melanin production increases.

Eye Color Probability Calculator

Our Eye Color Probability Calculator is a simple yet powerful tool that helps parents predict the likelihood of their baby’s eye color. Genetics play a key role in determining traits like brown, blue, or green eyes. With this tool, you can easily estimate probabilities based on the eye colors of both parents. Whether you call it a baby eye color calculator or a baby eye color probability calculator, the purpose remains the same: offering insight into how inherited genes influence appearance.

How Does the Eye Color Probability Calculator Work?

The probability of eye color calculator uses simplified Mendelian genetics to estimate outcomes. Brown eyes are generally dominant, green eyes are intermediate, and blue eyes are recessive. By combining the genetic input from both parents, the eye color inheritance probability calculator assigns percentage chances for each possible outcome.

Features of the Baby Eye Color Probability Calculator

  • Easy-to-use interface with parent eye color input.
  • Displays percentage chances for Brown, Green, and Blue eye colors.
  • Educational resource for understanding genetics.
  • Accessible design with mobile-friendly layout.
  • Free to use with accurate probability models.

Eye Color Probability by Parent Combination

Parent 1Parent 2Probability Outcome
BrownBrown~75% Brown, ~18% Green, ~7% Blue
BrownBlue~50% Brown, ~0–10% Green, ~40–50% Blue
BrownGreen~60% Brown, ~30% Green, ~10% Blue
BlueBlue~99% Blue, Rare Green, No Brown
GreenBlue~50% Green, ~50% Blue, Rare Brown
GreenGreen~75% Green, ~25% Blue, Rare Brown

Eye Color Traits and Genetic Influence

Eye ColorGenetic DominanceNotes
BrownDominantMost common worldwide
GreenIntermediateRare, influenced by both dominant and recessive genes
BlueRecessiveLess common, requires both parents to carry blue genes

Frequently Asked Questions

Eye Color FAQs — Accordion

Most Common Asked Questions about Eye Color

These questions explain the chance of eye color, odds of eye color, and how an eye color gene calculator predicts results. They also discuss how an eye color chances chart and baby eye predictor work.

How do genes determine the chance of eye color?
Genes determine the chance of eye color through inherited DNA from both parents. The eye color gene calculator uses these genetic traits to estimate the odds of eye color, showing how melanin and pigment levels influence blue, brown, green, or hazel eyes.
What is the eye color chances chart and how is it useful?
The eye color chances chart displays estimated odds based on parents' eye colors. It helps users quickly see potential outcomes for their baby. The eye color chance chart shows likelihood percentages for brown, green, blue, or hazel eyes but does not guarantee an exact result.
How accurate is an eye color calculator with hazel?
An eye color calculator with hazel can estimate probabilities for hazel eyes when one or both parents have mixed shades. Hazel eyes are influenced by multiple genes, making predictions less certain compared to simple brown or blue eye outcomes.
What is a baby eye predictor and how does it work?
A baby eye predictor estimates what eye color a baby might have using parents' genetic traits. It considers the odds of eye color and the inheritance pattern of the eye color gene calculator to suggest likely shades, such as brown, blue, green, or hazel.
Can two brown eyed parents have a blue eyed child?
Yes. Even if both parents have brown eyes, they may carry recessive genes for lighter eye colors. The odds of eye color can show a small percentage chance for blue or green eyes in such cases, which is reflected in the eye color chances chart.
Does ethnicity affect the chance of eye color?
Ethnicity can influence the odds of eye color due to variations in gene frequency across populations. The eye color chance chart may vary between regions, showing higher probabilities for certain colors depending on genetic backgrounds.
What factors can change eye color over time?
Eye color can appear to change slightly due to lighting, pupil size, or age. Babies often start with lighter eyes, and melanin may increase with age, which can shift the shade shown in a baby eye predictor or eye color gene calculator.
How can I use the eye color gene calculator effectively?
To use the eye color gene calculator, enter both parents' eye colors. The tool will compute the chance of eye color for the baby and display probabilities for each shade, often supported by an eye color chance chart for clarity.
What makes the odds of eye color uncertain?
Eye color inheritance involves multiple genes, and interactions among them create unpredictable outcomes. That is why the chance of eye color and odds of eye color calculated by tools are only estimates and not guaranteed results.