Last updated: October 2026
Short answer: Labrador Retriever colors come in exactly three officially recognised shades — black, yellow and chocolate. Fox red is a deep shade of yellow, not a separate colour. Silver, charcoal and champagne are “dilute” coats that exist but sit outside the breed standard, and they come with a skin-condition risk worth knowing about before you pay a premium for one.
That’s the version I give people at the dog park when they ask whether a dark ginger Lab is “a different breed”. The longer version — the genetics, which colours are genuinely rare, whether colour changes temperament or lifespan, and what colour should (and shouldn’t) do to the price — is below. When I was choosing my own puppies, I spent far more time reading health certificates than looking at coats, and nothing I’ve learned since has changed my mind about that order of priorities.
All Labrador colours at a glance
| Colour | Kennel Club status | Nose/paw pad colour | Notes |
|---|---|---|---|
| Black | Recognised | Black | Most common in working lines |
| Yellow (cream to golden) | Recognised | Black or dark brown (can fade to pinkish in winter) | Most popular colour overall |
| Fox red | Recognised (as yellow) | Black | Dark end of yellow spectrum |
| Chocolate | Recognised | Brown | Shorter average lifespan data |
| Silver | Not recognised | Grey/brown | Dilute chocolate; CDA risk |
| Charcoal | Not recognised | Grey | Dilute black; CDA risk |
| Champagne | Not recognised | Pink/pale | Dilute yellow; CDA risk |
The AKC’s official Labrador Retriever breed standard is blunt about it: black, yellow and chocolate are the only allowed colours, and “any other color or a combination of colors” is a disqualification in the show ring. That one line explains most of the confusion online — plenty of dogs are registered as Labradors, but only three colours are correct for the breed.
The three recognised Labrador colours
Black Labrador
Black is the dominant colour in Labradors and historically the most common — particularly in working and field-trial lines. A black Lab carries at least one dominant B allele (black pigment) and at least one dominant E allele (allows pigment expression). Black Labs can carry hidden recessive genes for yellow or chocolate, which is why two black Labs can occasionally produce puppies of other colours if both parents carry the right recessives. Black has no documented effect on health or temperament. Coat colour also has no effect on shedding volume — see my guide on whether black Labs shed more for the full breakdown.
So, are black Labs rare? Not remotely. If anything they’re the default — the original St. John’s water dogs that the breed descends from were predominantly black, and yellow and chocolate were treated as oddities well into the twentieth century.
Yellow Labrador
Yellow Labs carry two recessive e alleles, which prevent black or brown pigment from appearing in the coat. The result is a wide range of shades — from very pale cream to deep golden-red (fox red) — all of which are genetically yellow. Yellow is the most popular colour for guide and assistance dogs, partly due to their visual appeal and partly because of strong working lines developed in the yellow category. Yellow fur just shows up more on dark furniture and clothing, which is why yellow Lab shedding often feels heavier than it actually is.
The so-called “white Lab” belongs here too. It isn’t a separate colour; it’s simply the palest end of yellow, and most of them warm up to a cream by adulthood.
Chocolate Labrador
Chocolate Labs carry two recessive b alleles, diluting black pigment to brown. They’re less common because producing chocolate requires both parents to carry the recessive gene. Chocolate Labs have distinctively brown noses, eye rims, and paw pads rather than the black pigmentation of other colours. Shades range from a light milk-chocolate to a deep liver brown, and all of them are simply “chocolate” on the registration papers.
A 2018 UK study found chocolate Labs have a shorter median lifespan (10.7 years) compared to yellow and black Labs (12.1 years). The reason appears genetic — the narrower gene pool associated with maintaining the chocolate colour has concentrated certain health vulnerabilities. This doesn’t affect every chocolate Lab, but it’s real data worth knowing before choosing a puppy. Chocolate Labs shed the same amount as any other colour, too — chocolate Lab shedding just blends into more surfaces, which makes it feel lighter.
Fox red: the fourth “colour” explained
Fox red Labs are genetically yellow — they’re the darkest end of the yellow spectrum, with higher levels of phaeomelanin (red pigment) producing a rich, russet coat. They’re registered as yellow by both the AKC and Kennel Club. Fox red has become increasingly popular and some breeders market them as rare or premium — they’re not. They’re yellow Labs with a particular shade, and don’t warrant a significant price premium over other yellow Labs from the same lines. If you’re torn between the two warm-toned coats, I’ve put together a side-by-side on fox red vs chocolate Labs.
One note: fox red Labs often darken slightly in the first year as their adult coat comes through, then may lighten slightly with age. The final shade at around 18 months is typically the most stable. A good tell when you’re looking at very young puppies is the ears — the ear leather is often a shade or two darker than the body and gives a decent preview of the adult colour.
Dilute colours: silver, charcoal, and champagne
These three colours — silver (dilute chocolate), charcoal (dilute black), champagne (dilute yellow) — are produced by the dilute gene (d locus) and sit outside the recognised breed standard. They’re controversial for several reasons:
- Not recognised by the AKC or Kennel Club as standard Labrador colours
- The presence of the dilute gene in Labradors is disputed — some breed historians believe it entered through historical crossbreeding with Weimaraners
- The dilute gene is associated with Colour Dilution Alopecia (CDA) — a skin and coat condition that can cause patchy hair loss and recurring skin infections
- Breeders charging significant premiums for “rare” dilute Labs are exploiting market confusion; these dogs cannot be shown and their breed purity is contested
Not every dilute Lab develops CDA, and plenty live comfortably. But VCA’s overview of color dilution alopecia explains why it matters: the condition has no cure, typically shows up as thinning, brittle hair and flaky skin from young adulthood, and is managed rather than fixed. If a silver puppy’s parents already have thin or scurfy coats, take that seriously — and ask your vet to look over any dilute puppy early. This isn’t a diagnosis of any individual dog; it’s a reason to ask questions before you buy.
Mismarks: when a Lab isn’t one solid colour
Searches like “black and brown Labrador” or “multi-coloured Labrador” usually come from someone looking at a puppy that doesn’t quite match the photos. Purebred Labs can carry small markings the breed standard calls mismarks. They’re cosmetic, they don’t change the dog’s health, and they only matter if you plan to show:
- A small white chest spot — common in black and chocolate Labs and permitted by the standard, though not considered ideal.
- Bolo marks — a small patch of white or tan on the underside of a paw, often fading with age.
- Tan points — tan “eyebrows”, muzzle and leg markings, like a Rottweiler pattern, from a recessive gene. Rare, but genuinely seen in purebred litters.
- Brindle — faint tiger-striping, usually on the legs or muzzle. Also rare.
A Lab with large white patches or a clearly two-tone coat, on the other hand, is far more likely to be a cross than a mismarked purebred. In that case the parents’ paperwork, rather than the coat, is the thing to check.
How the colour genes actually work
Labrador colour comes down to two genes working together: the B locus and the E locus. The B locus controls whether pigment is black (dominant B) or brown/chocolate (recessive b). The E locus controls whether that pigment is allowed to show in the coat at all — a dog with two recessive e alleles produces no black or brown pigment in the fur regardless of what the B locus says, which is why yellow Labs can carry chocolate genetics you’d never see from looking at them. UC Davis’s guide to dog coat color genetics lays out these loci (plus the D locus behind dilutes) in more depth if you want the full picture.
| B locus | E locus | Resulting colour |
|---|---|---|
| BB or Bb | EE or Ee | Black |
| bb | EE or Ee | Chocolate |
| BB or Bb | ee | Yellow |
| bb | ee | Yellow (often paler, sometimes pinker pigment) |
This is why a responsible breeder can often tell you the probability of each colour in a litter before the puppies are even born, if they know both parents’ genotypes from a DNA panel. It’s also why colour alone tells you nothing about a puppy’s temperament or working ability — it’s a genetically separate system from the traits that actually matter for behaviour and drive.
That bottom row — the bb ee yellow — is the “Dudley” Lab: a yellow dog with brown or pinkish nose, eye rims and lips instead of black. It’s perfectly healthy, but a nose completely lacking pigment is a show-ring disqualification, so Dudleys are usually sold as pets.
Predicting a litter’s colours: a quick walk-through
- Get both parents’ genotypes. A coat-colour DNA test reports the B and E results (and D, if dilution is in question). Many health-testing panels include them.
- Check the E locus first. If both parents are ee (both yellow), every puppy will be yellow. Stop there.
- Then check B. Two parents that each carry one b (Bb) have roughly a one-in-four chance per puppy of producing chocolate — assuming the puppy isn’t ee.
- Treat the numbers as odds, not promises. A litter of eight from two carriers can easily come out with no chocolates at all, or three.
Does colour affect temperament?
No — there’s no systematic evidence that Labrador colour affects temperament. The persistent belief that “chocolate Labs are crazier” or “yellow Labs are calmer” is better explained by breeding line differences than colour itself. Field-line Labs (which skew toward working colours, often black) tend to be more driven and energetic. Show-line Labs (which include a wider range of colours) tend to be calmer. A calm chocolate Lab from show lines will typically be more relaxed than a high-drive black Lab from working lines. The colour is not the variable — the breeding line is. If build and energy are what you’re really choosing between, my English vs American Lab comparison covers those line differences properly.
Does colour affect shedding?
No. All Labradors have the same double-coat structure regardless of colour, and all shed the same amount. Chocolate, black, and yellow Labs shed equally — the only difference is which colour of hair shows up on your sofa. For a full breakdown of why Labs shed so much and what actually helps, see my guide to Labrador shedding.
Does colour affect health?
For the three standard colours, the most significant health data point is the chocolate lifespan finding above. Beyond that, standard health concerns (hip and elbow dysplasia, PRA, EIC, CNM) apply equally across all colours — these are breed-wide issues unrelated to coat colour. For dilute colours, CDA is an additional risk worth factoring in.
The Royal Veterinary College’s VetCompass research on chocolate Labradors — the source of that 10.7-year figure — also found chocolates had noticeably higher rates of ear inflammation and hot spots than black or yellow Labs. In practice that means two things for a chocolate owner: dry the ears properly after swimming and keep an eye out for the early signs of recurring Labrador ear infections, and learn what Labrador hot spots look like before your first one appears. None of this means a chocolate Lab will be sickly; it means there’s a pattern worth watching, and your vet is the right person to talk it through with.
Before you choose a colour: ask the breeder for hip and elbow scores, an eye exam, and DNA results for EIC, CNM and PRA on both parents. If a breeder can talk at length about coat shade but goes quiet on health testing, that tells you everything you need to know about their priorities.
Does coat colour affect price?
It shouldn’t, but in practice it often does — and not always for good reasons. Chocolate Labs sometimes command a premium simply because they’re less common in a given litter, not because they’re a better dog. Fox red and dilute colours (silver, charcoal, champagne) are the ones most likely to be marketed at inflated prices using words like “rare” or “exclusive.” For fox red, that’s misleading since it’s simply a shade of standard yellow. For dilutes, the premium is even harder to justify given the disputed heritage and CDA risk covered above.
The price variable that actually matters is the same regardless of colour: health testing of both parents (hips, elbows, eyes, and DNA panels for EIC and CNM), the reputation of the breeding line, and how the puppies are raised in the first eight weeks. A well-bred black Lab from health-tested parents is a better investment than a poorly-bred “rare” colour with no testing behind it, at almost any price difference.
Do Labrador colours change with age?
Beyond the fox red darkening pattern already covered, most Labs show subtle colour shifts as they mature. Black Labs can develop a slight brownish or rusty tinge to their coat in strong sun, which is sun bleaching rather than a genetic change. Yellow Labs sometimes lighten noticeably from puppyhood to adulthood — a puppy that looks nearly white at 8 weeks may settle into a warmer cream or gold by 18 months. Chocolate Labs tend to hold their shade fairly consistently throughout life. None of these shifts affect the dog’s registered colour.
Two other changes catch owners off guard. Yellow Labs often get “snow nose” — the black nose fades to brown or pink over winter and darkens again in summer, which is harmless. And every colour greys around the muzzle with age; on a black or chocolate Lab that frosting can start as early as five or six.
My take: colour matters less than line
If you’re choosing a Labrador puppy, colour is the least important variable. The breeding line, health testing of the parents, and the temperament of both parents tell you far more about the dog you’ll end up with than the colour of their coat. That said, if you’re set on a specific colour — particularly chocolate — the lifespan data is worth factoring into your thinking, not as a reason to rule it out, but as a reason to look especially carefully at the health history of the specific lines you’re considering.
FAQ: Labrador colours
What colours do Labradors come in?
Three colours are officially recognised: black, yellow, and chocolate. Fox red is a shade within yellow. Silver, charcoal, and champagne exist but are not recognised by the AKC or Kennel Club and carry health and breed-purity concerns.
Which Labrador colour is rarest?
Of the three standard colours, chocolate is least common because both parents must carry the recessive gene. Fox red is less common than pale yellow. Silver, charcoal, and champagne are genuinely unusual but not desirable rarities — their value is overstated by breeders who market them as premium.
Can two black Labs have a yellow or chocolate puppy?
Yes — if both black parents carry recessive genes for yellow or chocolate, they can produce puppies of those colours. This is relatively common in working lines where black is predominant but yellow and chocolate recessives are present across the gene pool.
Can two yellow Labs have a black puppy?
No. Yellow (ee genotype) prevents black or brown pigment from appearing in the coat regardless of what other genes are present. Two yellow parents will only produce yellow puppies.
Do fox red Labs change colour as they age?
Yes — many fox red Labs darken in their first year as the adult coat replaces the puppy coat, then may lighten slightly in later years. The shade at around 18 months is typically the most stable representation of the adult colour.
Are silver Labs purebred?
This is genuinely disputed. The dilute gene that produces silver, charcoal, and champagne colouring is not found in traditional Labrador breeding records and some breed historians believe it entered through crossbreeding. Silver Labs are registered as Labradors by the AKC (as chocolate) but are not recognised as a standard colour and cannot be shown. Whether they are “purebred” depends on how strictly you define the term. For a fuller walk through the silver coat, the health and care questions, and what that means for owners, I’ve written a dedicated guide to the silver Labrador retriever.
Are black Labs rare?
No, they’re the most common colour, especially in field and working lines. Black is genetically dominant, so it turns up easily even when only one parent is black.
Is a Dudley Lab a fault?
Only in the show ring. A Dudley is a yellow Lab with brown or pink pigment on the nose and eye rims instead of black. It’s a pet-quality cosmetic trait — the dog is just as healthy and trainable as any other yellow.
My Lab puppy has a white patch on its chest — is it purebred?
Very likely, yes. A small white chest spot is one of the most common mismarks in black and chocolate Labs, and the breed standard allows it. It often shrinks as the puppy grows. A large white bib or white legs is a different story and worth a closer look at the pedigree.
What’s the best colour of Labrador for a family?
Whichever one comes from health-tested, well-tempered parents. Pick the line first and let the colour be a bonus — a family-friendly temperament is bred, not dyed in.
Colour is one aspect of the breed — for full context see my Labrador size guide, my English vs American Lab comparison, and my Labrador shedding guide for what to expect with the coat across all colours.