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Animals With Horns: The List (With Pics and Facts)

Horns have always been a symbol of majesty, power, and even myth in the annals of human history. From being revered as gods in ancient civilizations to representing gallant knights in medieval times, horned animals have always captured our imagination. But what are horns, really?

Biologically speaking, horns are hard, permanent outgrowths, often with a curved or spiral shape, emerging from the heads of animals. Unlike antlers, which are shed and regrown annually, horns are there for life.

These magnificent structures can be weapons, tools for digging, or even a means of cooling down. Here, we embark on a journey through the animal kingdom to discover the diverse array of creatures sporting this impressive headgear.

List of Animals With Horns

  • African Buffalo – With massive, curved horns, they’re a symbol of Africa’s wild savannahs and woodlands.
  • Bighorn Sheep – Found in North American mountains, these sheep are known for their large, coiled horns.
  • Nubian Ibex – Native to the mountainous regions of North Africa, they boast long, curved horns.
  • Markhor – Residing in the mountainous regions of northern and western South Asia, this wild goat has twisted, corkscrew-like horns.
  • Texas Longhorn – Emblematic of the American Southwest, this cattle breed displays long, extended horns.
  • Saiga Antelope – Roaming the Eurasian steppe, they have a unique nose and short, upward-pointing horns.
  • Impala – A staple of the African savannahs, they have slender, lyre-shaped horns.
  • Greater Kudu – Inhabitants of the woodlands of eastern and southern Africa, they flaunt spiral horns.
  • Blackbuck – An iconic species of the Indian subcontinent, these antelopes possess spiral twisted horns.
  • Oryx – Graceful denizens of the African deserts, they carry long, straight, and slender horns.
  • Gemsbok – Native to the arid regions of southern Africa, these antelopes brandish long, spear-like horns.
  • Water Buffalo – Common in the wetlands of Asia, they’re renowned for their large, crescent-shaped horns.
  • Cape Buffalo – A powerful presence in the African savannah, they boast a continuous bone shield atop their head.
  • Mouflon – Roaming the mountainous regions of Europe and Asia, these wild sheep display curved horns.
  • Dall Sheep – White wonders of northwest North America, both genders don curly horns.
  • Jacob Sheep – Found primarily in the British Isles, this rare breed can have multiple pairs of horns.
  • Ankole-Watusi – With roots in Africa, this cattle breed has impressively long, thick horns.
  • Himalayan Tahr – A rugged resident of the Himalayan mountains, they sport small, curved horns.
  • Manx Loaghtan – Hailing from the Isle of Man, this sheep breed is distinctive with up to six horns.
  • Four-horned Antelope – Native to the forests of India and Nepal, they have two unique pairs of horns.
  • Gaur – Found in South and Southeast Asia, these are the world’s largest wild cattle with strong horns.
  • Addax – Inhabitants of the African deserts, these antelopes sport spiral horns.
  • Bezoar Ibex – Native to the rocky terrains of Asia Minor and the Middle East, they possess backward-curving horns.
  • Sable Antelope – Indigenous to East and Southern Africa, their horns arch backward in a majestic curve.
  • Nilgai – Emblematic of the Indian subcontinent, male nilgais feature short, robust horns.
  • Eland – Proud roamers of the African savannah, both genders wear twisted horns.
  • Springbok – Native to southwestern Africa, these gazelles are adorned with slender, lyre-shaped horns.
  • Alpine Ibex – Indigenous to the European Alps, these mountain-dwelling goats are recognized by their long, curved horns.
Animals with horns - Kudu
Kudu Antelope

What Are Horns, Exactly?

Horns are permanent, pointed projections on the heads of various animals, primarily ungulates (hoofed mammals). Horns are complex structures composed of two primary elements:

  1. The Bony Core: Growing directly from the skull, this internal bone serves as the foundational support of a horn.
  2. Keratin Sheath: The outer layer of the horn is made up of keratin – the same protein found in our hair and nails. This protective covering defines the shape, length, and appearance of the horn.

Unlike antlers (found in deer) which are shed annually, horns are permanent and grow throughout an animal’s life.

Horns can vary significantly in shape and size, from the curved horns of sheep to the long, straight horns of oryx or the spiraled horns of some antelopes. 

Horns vs. Antlers, What’s The Difference?

Composition and Growth: Horns consist of two components. The inner part is a bony core that grows from the animal’s skull. Surrounding this core is a sheath made of keratin (the same material as human hair and nails). Horns are permanent and continue to grow throughout an animal’s life.

Antlers are made of bone, not keratin. They grow from pedicles, which are bony supporting structures that develop on the lateral sides of the frontal bones of the skull.

Deer antlers
Deer antlers

Shedding and Regeneration: Generally, horns are not shed. They remain with the animal for its entire life, growing continuously. Antlers are shed annually. Each year, typically in late winter or early spring, antlers fall off, and then the animal regrows a new, often larger, set during the following seasons.

Function and Purpose: Horns are primarily used for defense against predators, for dominance disputes with members of the same species, and sometimes as tools (for digging, for example). Antlers are mainly seen in male members of the deer family, antlers are predominantly used during rutting battles to establish dominance and win over mates.

Sexual Dimorphism: Both males and females in many species can have horns, although the size and shape might vary between genders. Typically, only male deer (bucks) grow antlers. However, there are exceptions, such as the caribou (or reindeer) in which both males and females grow antlers.

Branching and Appearance: Horns are generally unbranched structures, though there can be twists or curves, like in the case of rams or kudu. Antlers are often branched structures, with multiple tines or points. The number of tines can sometimes be an indicator of the deer’s age or health.

Basis of Growth: Horns grow from the base, near the head, with new growth adding to the base and pushing the older material out. Antlers grow from the tips, with new growth extending the length of the antler.

Also read: What Are Antlers Made of?

Other Horn-Like Structures

The Rhinoceros’ Horns

Rhino horns

The “horns” of a rhinoceros are not true horns in the same sense as those of, say, a buffalo or an antelope. Let’s dive into the distinction:

True horns, such as those found on cattle or sheep, have a bony core covered with a layer of keratin. They are permanently attached, grow from the skull, and are not shed.

Rhinoceros “horns,” on the other hand, are not attached to the skull and do not have a bony core. Instead, they are made entirely of keratin, the same protein found in human hair and nails. The horn grows from the skin, and if it were to be removed, it would eventually grow back, although this process might take several years.

In a strict biological sense, rhinoceros “horns” are not true horns. However, in common language and many classifications, they are still referred to as horns because of their appearance and function.

The Pronghorn’s Horns

Pronghorn horns

The pronghorn’s “horns” are indeed unique and differ from the typical definition of true horns, although they are commonly referred to as such. Here’s what sets the pronghorn’s horn-like structures apart:

Structure: The pronghorn has a bony core originating from the skull, similar to true horns. However, over this core, there’s a keratinous sheath, much like other horned animals. The key difference is that this sheath is branched, giving the pronghorn its distinctive “pronged” appearance, with the forward-facing prong being a unique feature not seen in any other horned animal.

Shedding: Unlike true horns, which are permanent, pronghorns shed the outer sheath of their horns annually. After shedding, a new sheath grows over the bony core.

Function: Much like other horned animals, pronghorns use their horns for defense and for battles of dominance during mating seasons.

Sexual Dimorphism: Both male and female pronghorns have horn-like structures, but those of males are generally longer and more pronounced. The males’ horns can be up to 12 inches (30 cm) in length, with a distinct prong, while females’ horns are usually shorter and without a prong.

Given these characteristics, the pronghorn’s “horns” occupy a unique category. They share features of both true horns and antlers

Ossicones on Giraffes and Okapis

Giraffe ossicones

While a giraffe’s towering neck and iconic spots are well-known, its ossicones — those horn-like protuberances atop its head — are equally captivating.

Anatomy & Development: Unlike horns that have a keratin sheath over a bony core, ossicones are purely bony outgrowths covered in skin and fur. They’re formed from ossified cartilage and are present from birth. In giraffes, the ossicones lie flat at birth and later fuse with the skull as they grow older.

Function: The primary function of ossicones isn’t entirely clear, but in male giraffes, they are believed to play a role in necking battles — a form of combat where males swing their necks and heads at each other.

Sexual Dimorphism: In giraffes, males typically have larger and more pronounced ossicones compared to females. Males may also develop additional ossicones behind the primary pair as they age.

The elusive okapi, a relative of the giraffe, also sports ossicones, though they’re much smaller and less pronounced.

Tusks on Elephants, Walruses, and Narwhals

Elephant tusks

A tusk is a long, protruding tooth, modified for a specialized purpose. While tusks may seem horn-like, their origin, structure, and function are quite distinct.

Elephants: For these majestic mammals, tusks are an elongated pair of incisors. They’re used for a variety of tasks including digging for water, debarking trees, and as formidable weapons in confrontations.

  • Composition: Elephant tusks are made of dentine, a hard, dense, bony tissue, with an outer layer of enamel at the tip when young.
  • Sexual Dimorphism: Both male and female African elephants can have tusks, though they’re generally larger and longer in males. In Asian elephants, it’s primarily the males that sport prominent tusks, while females have either small tusks or none at all.

Walruses: Their impressive tusks, actually elongated canine teeth, can reach lengths of up to 3 feet. Used for various functions, they help walruses haul themselves onto ice floes, break through ice, and search for food on the sea floor.

Narwhals: Often dubbed the ‘unicorns of the sea’, male narwhals possess a long, spiral tusk that’s actually an elongated left front tooth. This mysterious tusk has sensory capabilities and can detect changes in the environment. Recent observations also suggest they might be used in male-to-male rivalry.

Why Do Animals Have Horns?

When we witness an imposing bull charging with its sharp horns or admire a gazelle with its spiraled crowns, it’s easy to wonder: why did nature bestow such impressive structures on these animals? Horns, as it turns out, are not just ornamental; they serve various pivotal purposes, rooted deep in the survival tactics of the animal kingdom.

Defense Against Predators

One of the primary reasons many animals developed horns is for defense. In the wild, where threats can come from any direction, having a set of sharp, sturdy horns can make all the difference. They offer a means to fend off predators, giving horned animals a fighting chance to protect themselves and their offspring.

Impalas fighting with their horns
Impalas fighting

Competitive Edge in Mating

In numerous species, males sport horns that they use in combat against other males. These battles, often intense and aggressive, determine dominance and the right to mate.

Horns become tools in these contests, where the bigger and stronger ones often have an advantage. For example, two male mountain goats might lock their horns in a test of strength, with the victor winning access to prime mating opportunities.

Foraging and Food

While primarily thought of as weapons or tools of dominance, horns also aid in food acquisition in some species. Animals use them to dig for water, uncover hidden roots, or strip bark from trees. This ability can prove invaluable, especially in harsh climates where food and water sources are scarce.


Certain animals have large, blood-rich horns that serve a surprising purpose: thermoregulation. The dense network of blood vessels in the horns can help dissipate excess body heat, allowing the animal to cool down in hot environments.

Social Significance

In some species, horns play a part in social communication. They can indicate an individual’s age, health, or status within a group. For example, in certain antelope species, the size and shape of an individual’s horns can reveal much about its life, including battles won, years lived, and overall health.

Animals with horns - Duiker
Duiker antelope

Frequently Asked Questions about Animal Horns

Which Animal Has The Longest Horns?

The record for the longest horns goes to the Texas longhorn steer. These horns can span up to 9 feet from tip to tip! In the wild, however, the African Ankole-Watusi cattle are renowned for their impressively long horns, which can also reach remarkable lengths.

Which Animal Has The Shortest Horns?

Many small antelope species possess diminutive horns. The duiker, for instance, is a small African antelope with horns measuring just a few inches in length.

Which Animal Has The Most Horns?

Typically, animals have a pair of horns. However, the Jacob sheep stands out as an exception. This unique breed can have up to six horns, though four is more common.

Do All Horned Animals Shed Their Horns?

Unlike antlers which are shed annually, true horns are permanent and grow throughout an animal’s life. However, in certain cases, if the horn is damaged, it might break off but will not regrow as antlers do.

Are Horns Hollow or Solid?

Horns are typically solid at the base and hollow towards the tip. The inner core is made of bone, while the outer layer is composed of keratin, the same material found in our nails and hair.

Is It Possible to Determine an Animal’s Age by Its Horns?

To some extent, yes. Some animals have horns that display growth rings, much like tree rings. These can sometimes be used to estimate age. However, it’s worth noting that environmental factors, diet, and health can also influence horn growth.

Do Both Male and Female Animals Have Horns?

It varies by species. In some species, both males and females possess horns (like cows), while in others, only one gender might (e.g., male goats). There are also cases where both genders have horns, but they vary greatly in size and shape between the sexes.

What’s the Difference Between Horns and Antlers?

Horns are permanent structures made up of a bony core surrounded by a sheath of keratin. They are found in both genders of many species (though not always). Antlers, on the other hand, are typically found in male cervids (like deer) and are shed and regrown annually. Antlers are made of bone without a keratin sheath.

Are There Any Horned Animals in Australia?

Australia, known for its unique fauna, does not have native bovids (the animal family most commonly associated with horns). However, various horned species have been introduced to the continent, such as cattle and goats.

Do Horns Play a Role in an Animal’s Hearing?

While located close to the ears, horns do not play a direct role in the hearing capability of an animal. Their primary functions are defense, competition, and sometimes foraging.

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