The Complete Cat Coat Colors Chart (With What Each Pattern Is Actually Called)

You’ve been calling your cat “orange-ish with stripes” for three years.

It’s fine. We’ve all been there.

But cats actually have a surprisingly organized system of colors and patterns — and once you learn the names, you’ll never look at a cat the same way again.

This is the complete cat coat colors chart, broken down so any human can understand it.

It All Starts With Two Pigments

Here’s something wild: every single cat coat color in existence comes from just two pigments.

That’s it. Two.

Eumelanin — makes black and brown tones
Pheomelanin — makes red, orange, and cream tones

Every tabby, every calico, every silvery blue cat you’ve ever seen? All of them are just different genetic spins on those two pigments. The genes dial up, dial down, dilute, or block these pigments in different ways — and that’s how you get the entire rainbow of cat coats.

The Base Cat Colors Chart

Before we get to patterns, let’s talk colors. Patterns are the shape of the markings. Colors are the actual pigment. Your cat has both.

Color	Also Called	Description	Genetics
Black	—	Deep, solid black	Full eumelanin, no dilution
Blue	Gray	Muted, soft gray	Black + dilution gene
Chocolate	Brown	Warm, rich brown	Recessive brown gene (bb)
Lilac	Lavender, Frost	Pale gray-pink	Chocolate + dilution gene
Cinnamon	—	Warm light brown	Rare recessive variant of brown
Fawn	—	Pale, muted beige	Cinnamon + dilution gene
Red	Orange, Ginger	Vivid orange	Pheomelanin, sex-linked gene
Cream	—	Pale, muted orange	Red + dilution gene
White	—	Pure white	Masking gene (hides other colors)

Lilac and fawn are genuinely rare. To produce either, a cat needs to be homozygous recessive for both the brown gene and the dilution gene at the same time. Two separate recessive traits stacking together. That’s why you mostly see them in specific pedigree lines.

White isn’t actually a color. It’s more like a genetic override. The KIT gene essentially masks whatever other color the cat would have been. A white cat could be genetically black, orange, or anything else — you just can’t see it.

The Cat Coat Patterns Chart

Now the fun part.

Pattern	What It Looks Like
Solid	One color, all over, no markings
Tabby – Mackerel	Narrow, parallel vertical stripes — the classic “tiger cat”
Tabby – Classic	Bold swirling whorls and bullseye on the sides
Tabby – Spotted	Spots instead of stripes (think Bengal vibes)
Tabby – Ticked	No stripes on body, just banded individual hairs (Abyssinian-style)
Tortoiseshell	Patchy mix of black and red/orange, no white
Calico	Tortoiseshell + large white patches
Bicolor	White + any other color, roughly 50/50
Tuxedo	Black and white, white only on face, chest, paws
Colorpoint	Dark “points” (face, ears, tail, paws) on pale body — think Siamese
Smoke	Solid color on tips, white or pale at the hair root
Shaded	Like smoke but lighter — color only on the outer third of the hair
Chinchilla	Very light shading, tips only — gives a sparkling, silver effect

Mackerel tabby cat showing narrow parallel vertical stripes on its coat — Mackerel tabby — narrow parallel stripes running down the sides

Classic tabby cat with bold swirling whorls and bullseye pattern on its sides — Classic tabby — bold swirling whorls and a bullseye on the flanks

Spotted tabby cat with distinct spots across its coat instead of stripes — Spotted tabby — spots instead of stripes, common in Bengals and Egyptian Maus

Ticked tabby Abyssinian cat with agouti banded hairs and no visible body stripes — Ticked tabby — no stripes on the body, just individual hairs banded with color (Abyssinian-style)

Tuxedo cat with solid black coat and white chest and paws — Tuxedo — black with white only on the chest, chin, and paws

Tabby: The Most Common Pattern on Earth

Here’s a fact that breaks people’s brains.

Almost every domestic cat is technically a tabby.

Even if you have a “solid” black cat, there’s a tabby pattern hiding underneath. You can sometimes see faint tabby markings on solid cats in bright sunlight — those are called “ghost stripes,” and they’re proof the agouti gene is in there, just suppressed.

Black cat in bright light showing faint ghost tabby stripes visible through the dark coat — Ghost stripes — the hidden tabby pattern lurking under a solid black coat

The agouti gene (gene A) is what creates tabby patterns. When a cat has at least one dominant A allele, you get the striped, banded, or spotted look. When a cat is homozygous recessive (aa), the agouti signal gets turned off, and the coat appears solid.

So solid cats aren’t “missing” their tabby. They just have two copies of the recessive version of the gene telling it to quiet down.

Tortoiseshell and Calico: The Female Cat Rule

This is where cat genetics gets genuinely weird and interesting.

Almost all tortoiseshell and calico cats are female. And it’s not a coincidence.

The orange color gene (O) lives on the X chromosome. Male cats are XY — they only have one X chromosome, so they’re either orange or they’re not. Simple. Clean. Boring.

Female cats are XX — they have two X chromosomes. One can carry the orange gene (O) and one can carry the non-orange version (o). When this happens, the cat displays both colors in patches.

That patchy mix of orange and black? That’s tortoiseshell.

Tortoiseshell cat with irregular patches of black and orange with no white markings — Tortoiseshell — black and orange patches, no white, almost always female

Add white patches on top via the piebald gene? That’s calico.

Calico cat with distinct patches of black, orange, and white — Calico — tortoiseshell plus white patches from the piebald gene

The reason the patches are random and not blended is X-inactivation. In every cell during fetal development, one X chromosome randomly switches off. So some cells express orange, others express black — hence the patchwork quilt look.

Male calicos do exist — but they’re incredibly rare. About 1 in 3,000 calico cats is male, and it usually happens because they have XXY chromosomes (Klinefelter syndrome). Most of them are sterile.

Orange Cats: Why Most of Them Are Male

Same gene, different angle.

If a female cat needs two copies of the orange gene (OO on both X chromosomes) to be fully orange, that’s actually pretty rare — both parents have to pass it on in exactly the right combination.

But a male cat only needs one copy (O on his single X) to be fully orange.

That’s why roughly 80% of orange tabby cats are male.

Research published in 2025 identified the exact DNA mutation responsible — a small deletion in a non-coding region of the X chromosome that activates pheomelanin production. It’s one of the clearest examples of sex-linked inheritance in any mammal.

So yes, your big orange cat being a boy isn’t a coincidence. The genetics were stacked heavily in that direction.

Color + Pattern Combinations: How They Work Together

Every cat has a color and a pattern. These are separate genetic systems layered on top of each other.

Here are some common real-world combinations:

Combination	What It Is
Black tabby	Dark stripes on a black base (hard to see indoors)
Blue tabby	Gray stripes on a lighter gray base
Orange/red tabby	The classic “ginger tabby”
Cream tabby	Very pale orange stripes on cream
Silver tabby	White undercoat + black tabby markings = high contrast
Brown tabby	Warm brown base + darker brown markings
Blue tortoiseshell	Blue and cream patches instead of black and orange
Dilute calico	Blue, cream, and white instead of black, orange, and white
Chocolate point	Siamese-style but with chocolate-brown points
Lilac point	Siamese-style with pale lavender-gray points

Dilute calico cat with soft blue-gray, cream, and white patches instead of bold black and orange — Dilute calico — the same three-patch pattern as a classic calico, just in pastel tones

The “dilute” versions of tortoiseshell and calico are just the same patterns made from diluted pigments. A dilute calico is every bit as real as a classic calico — it’s just softer and pastel-toned.

Smoke, Shaded, and Chinchilla: The Misunderstood Ones

These three don’t get enough credit.

They’re not separate colors. They’re gradients — the color isn’t uniform down the length of each hair. It fades.

Smoke: The bottom 1/3 of each hair is white or very pale. The top 2/3 is fully colored. When the cat sits still, it looks solid. When it moves, the pale undercoat flashes through. It’s dramatic.
Shaded: The bottom half of each hair is pale, the top half is colored. Less dramatic than smoke, but still very distinct. Common in silvers.
Chinchilla: Only the very tip of each hair is colored. The rest is white. The result is a shimmery, sparkling look — like someone dusted the cat with silver. The chinchilla Persian is probably the most famous example.

Smoke cat with dark color on hair tips and pale white undercoat at the roots — Smoke — dark on the outside, white at the roots. The undercoat only shows when the fur moves.

Chinchilla Persian cat with sparkling silver coat from light tipping on white hair — Chinchilla — only the hair tips are colored, giving the coat a sparkling silver shimmer

Most people looking at a chinchilla cat just think it’s “white” or “very light silver.” It’s actually one of the most complex coat expressions genetically.

Colorpoint: Why Siamese Cats Look the Way They Do

The colorpoint pattern is temperature-sensitive. Genuinely.

The gene responsible for colorpoint (the cs allele) produces an enzyme that only works at low temperatures. The cooler extremities of the body — ears, nose, tail, paws — show full color. The warmer body stays pale.

Siamese kittens are born all-white because the womb is warm and uniform. The darker points develop as they cool after birth.

This is why older Siamese cats tend to get darker overall as they age — their body temperature regulation changes slightly, and more pigment activates across the body.

Siamese colorpoint cat with pale body and dark points on face, ears, and tail — Colorpoint — dark points on the cool extremities, pale body where it’s warmer

Quick Reference: What Is My Cat?

If you’re staring at your cat trying to figure out what it’s called:

Stripes? → Tabby. Look at the pattern: narrow stripes (mackerel), swirls (classic), spots (spotted), or no obvious stripes but banded hairs (ticked).
Orange and black patches, no white? → Tortoiseshell.
Orange, black, AND white patches? → Calico.
Mostly one color with some white? → Bicolor. White on chest and paws specifically → Tuxedo.
Pale body, dark face and tail? → Colorpoint.
Looks solid but shimmers when it moves? → Probably smoke.
Very pale, almost white but with a slight shimmer? → Chinchilla or shaded.
Pure white? → Could be genetically any color. White masking gene is covering it.

The One-Sentence Summary

All cat coat colors come from two pigments, shaped by roughly 10-15 genes, and your cat’s exact look is the result of which version of each gene it inherited from each parent.

Which is honestly more elegant than it has any right to be.

If you want to go deeper on any specific breed’s coat, check out our cat breed guides — most of them include color and pattern details for that specific breed.

What color and pattern is your cat? Drop it in the comments.