Labrador Retriever Colors & Coat Guide

All recognized Labrador Retriever colors, coat types, genetics, and how color can impact pricing and health.

Labrador Retriever Colors Overview

The palette of Labrador Retriever coat colors reflects the breed's genetic diversity. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Responsible breeders prioritize health over color production. While rare colors may be appealing, they should never come at the expense of proper health testing and breed-standard temperament.

Recognized Colors

Yellow Standard

Black Standard

Chocolate Standard

Fox Red

White (Light Yellow)

Color & Price Impact

Standard colors	Normal pricing ($800–$1500)
Rare/unusual colors	Premium pricing (+$450–$750)

Coat Genetics

The Labrador Retriever's coat color is the product of several interacting genes. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Modern DNA testing panels can identify a dog's genotype at key color loci, allowing breeders to predict puppy colors and avoid producing colors linked to health issues (such as double merle).

Rare vs Standard Colors

Rarity in Labrador Retriever colors typically reflects recessive genetics rather than desirability. The breed offers 5 color varieties, with standard colors including Yellow, Black, Chocolate. While unusual colors may be visually striking, they sometimes correlate with health concerns or breeding shortcuts.

A reputable Labrador Retriever breeder will never compromise health testing (for Hip Dysplasia and other conditions) to produce trendy colors. Be skeptical of breeders who market 'rare' colors at prices well above the $800–$1500 standard range.

Do Labrador Retriever Colors Change with Age?

Many Labrador Retriever puppies experience some degree of color change as they mature. Puppies may be born darker or lighter than their adult coat. Standard colors (Yellow, Black, Chocolate) typically stabilize as the puppy coat transitions to the adult coat between 4 and 12 months of age.

Controversial Colors

Not all Labrador Retriever colors are created equal in the eyes of breed standards. The 5 recognized colors have well-understood genetics, but colors marketed as 'exotic' or 'designer' may fall outside breed standards and can sometimes be linked to health issues. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Frequently Asked Questions

The Labrador Retriever comes in Yellow, Black, Chocolate, Fox Red and other colors. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Among Labrador Retriever colors, rarity reflects recessive genetics rather than quality. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Yes, many Labrador Retriever puppies experience color changes between 4 and 12 months as the puppy coat transitions to the adult coat. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus.. Standard colors like Yellow, Black, Chocolate are generally stable by 12 months.

For the Labrador Retriever, standard colors have no known health associations. Some non-standard colors in certain breeds can be linked to deafness, eye problems, or skin sensitivity. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..

Among Labrador Retrievers, the most commonly seen colors are Yellow, Black, Chocolate. As the breed standard recognizes 5 color variations, there is good variety to choose from. Lab color is determined by two genes: the E locus (extension) and B locus (brown). Yellow is recessive at the E locus, chocolate is recessive at the B locus..