Rabbit Color Calculator

Your details

A = agouti (ticked), at = tan pattern, a = self/solid. Dominant allele shown first.
B = black-based, b = chocolate-based. Two b alleles produce chocolate pigment.
C = full color; cch = chinchilla; ce = sable/shaded; ch = pointed white (Himalayan); c = ruby-eyed white.
D = dense (non-dilute); d = dilute. Two d copies turn black -> blue, chocolate -> lilac.
E = full extension; Es = steel; ej = harlequin; e = non-extension (yellow/cream).
A = agouti (ticked), at = tan pattern, a = self/solid. Dominant allele shown first.
B = black-based, b = chocolate-based. Two b alleles produce chocolate pigment.
C = full color; cch = chinchilla; ce = sable/shaded; ch = pointed white (Himalayan); c = ruby-eyed white.
D = dense (non-dilute); d = dilute. Two d copies turn black -> blue, chocolate -> lilac.
E = full extension; Es = steel; ej = harlequin; e = non-extension (yellow/cream).
Most likely colorHigh color diversity
Ruby-Eyed White (REW)

Highest-probability offspring coat color

Probability (1st)0.3%
2nd color outcomeChestnut Agouti
Probability (2nd)0.2%
3rd color outcomeYellow / Cream
Probability (3rd)0.1%
4th color outcomeOpal
Probability (4th)0.1%
Distinct colors possible11
1st color0.3%
2nd color0.2%
3rd color0.1%
4th color0.1%

This cross can produce 11 different coat colors; Ruby-Eyed White (REW) is the most common.

  • The most likely offspring color is Ruby-Eyed White (REW) at 25.0% probability.
  • Chestnut Agouti is the second most likely outcome at 23.7%.
  • This cross can produce 11 distinct coat colors based on the five loci entered.
  • These are theoretical Mendelian probabilities. Actual litter results vary with small litter sizes.

Next stepFor Vienna (white-spotting) or Broken pattern genes, work those loci separately and multiply by the relevant base probability.

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