V
Species Profile

Vampire Squid

Vampyroteuthis infernalis

Deep-sea drifter, marine-snow harvester
By Carl Chun - Chun C. Die Cephalopoden T. 2: Myopsida, Octopoda. Wissenschaftliche Ergebnisse der deutschen Tiefseeexpedition auf dem Dampfer Valdivia 1898–1899, 18(2), Jena: Fischer, 1910 Tafel XC, Public Domain, https://commons.wikimedia.org/w/index.php?curid=93867

Vampire Squid Ocean Range

Marine Species

Circumglobal in tropical to temperate meso- and bathypelagic waters, typically 600-900 m within oxygen-minimum zones, across Atlantic, Pacific, Indian oceans and Mediterranean.

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Ocean Regions 4

atlantic_ocean pacific_ocean indian_ocean mediterranean_sea
Vampire squid

At a Glance

Ocean Species
Activity Cathemeral
Lifespan 8 years
Status Least Concern
Did You Know?

Mantle length reaches about 15 cm; total length with arms can approach ~30 cm.

Scientific Classification

The vampire squid is a small deep-sea cephalopod and the only living member of order Vampyromorphida. It inhabits oxygen-minimum zones and feeds mainly on marine snow (detritus and small particles), using specialized filaments. Despite its name, it is more closely related to octopuses than to true squids.

Kingdom
Animalia
Phylum
Mollusca
Class
Cephalopoda
Order
Vampyromorphida
Family
Vampyroteuthidae
Genus
Vampyroteuthis
Species
Vampyroteuthis infernalis

Distinguishing Features

  • Webbed arms forming a “cloak” posture
  • Two long retractile feeding filaments
  • Large eyes adapted to low light
  • Gelatinous body with low metabolic rate
  • Lives in very low-oxygen waters

Physical Measurements

Length
10 in (4 in – 12 in)
Top Speed
1 mph
swimming

Appearance

Primary Colors
Secondary Colors
Skin Type Gelatinous mantle
Distinctive Features
  • Adult mantle length up to 15 cm [Young, 1998].
  • Eight arms connected by extensive webbing forming a cloak-like "cape".
  • Two long retractile filaments used to collect marine snow [Hoving & Robison, 2012].
  • Large lateral eyes adapted for dim midwater viewing.
  • Numerous photophores on mantle and arms for counterillumination signaling.
  • Arm tips bear luminous organs that can flash blue light.
  • Pair of rounded fins on mantle for slow hovering locomotion.
  • Low-density, ammonium-rich tissues aid buoyancy in deep water [Seibel et al.].
  • Typically occurs ~600-900 m in oxygen-minimum zones [Hoving & Robison, 2012].
  • Defensive "pineapple posture" turns webbing outward, exposing spines and photophores.

Did You Know?

Mantle length reaches about 15 cm; total length with arms can approach ~30 cm.

Lives mainly at 600-900 m depth, often inside oxygen-minimum zones with extremely low dissolved oxygen.

It has two long retractile filaments (not arms) used to collect drifting detritus and microbes.

Its gelatinous body and low muscle mass support an ultra-low metabolic rate for deep, oxygen-poor water.

Defensive "pineapple posture" wraps its webbed arms around the body, showing spines and shielding the head.

Despite the name, it's the only living member of order Vampyromorphida, closer to octopuses than true squids.

It can release glowing mucus and flash photophores to confuse predators in near-total darkness.

Unique Adaptations

  • High-affinity hemocyanin and relatively large gill surface help extract oxygen at very low concentrations.
  • Gelatinous, neutrally buoyant tissues reduce energetic cost of staying suspended in deep water.
  • Retractile filaments are specialized for detritus capture-functionally distinct from arms or tentacles.
  • Large eyes maximize photon capture in dim mesopelagic light, aiding detection of silhouettes and flashes.
  • Photophores and luminous secretions enable counter-illumination-like effects and predator confusion.
  • Webbing between arms forms a protective "cape," enhancing the defensive wraparound posture.

Interesting Behaviors

  • Feeds by extending mucus-coated filaments, then wiping collected particles into a food bolus.
  • Spends long periods hovering with minimal fin beats, conserving energy in low-oxygen midwaters.
  • Uses bioluminescent arm-tip displays and body photophores for startle and misdirection defenses.
  • Assumes a tight "cloak" posture, inverting the webbed arms to shield soft tissues from attacks.
  • Releases sticky bioluminescent mucus clouds that can persist, distracting predators while it retreats.
  • Occupies oxygen-minimum layers that many predators avoid, reducing encounters and competition.

Cultural Significance

Known mainly from modern deep-sea exploration, it's a flagship example of oxygen-minimum-zone life and detritus-based food webs. Its dramatic name and glow-based defenses made it a popular symbol in science media and metaphors.

Myths & Legends

In 1903, zoologist Carl Chun coined "Vampyroteuthis infernalis," meaning "vampire squid from hell," reflecting its dark habitat and cloak-like webbing.

A modern cultural legend grew from the "vampire squid" metaphor in politics and finance, popularized as a nickname for Goldman Sachs in 2009.

Deep-sea lore often casts it as a "demon" of the twilight zone-an image driven by its red-black body and bioluminescent tricks.

Conservation Status

LC Least Concern

Widespread and abundant in the wild.

Population Unknown

Life Cycle

Birth 100 hatchlings
Lifespan 8 years

Lifespan

In the Wild
3–12 years
In Captivity
1–7 years

Reproduction

Mating System Data Deficient
Social Structure Solitary
Breeding Season Year-round; intermittent spawning in deep sea
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Adults are solitary and likely mate during brief encounters; males transfer spermatophores for internal fertilization. Females are iteroparous, producing multiple small egg batches over extended periods, consistent with sperm storage and no stable pair bond.

Behavior & Ecology

Social Solitary Group: 1
Activity Cathemeral
Diet Detritivore marine snow

Temperament

Shy
Nonaggressive
Cryptic
Slow-moving

Communication

photophore flashes Robison 2004
arm-tip luminescence
bioluminescent mucus clouds
web display posture
body color modulation
tactile arm contact

Habitat

Deep Sea Open Ocean
Biomes:
Elevation: 984 ft 3 in – 3937 ft

Ecological Role

Mesopelagic detritivore; transfers marine snow to food web (Hoving & Robison 2012).

carbon recycling nutrient remineralization marine snow processing

Diet Details

Other Foods:
Marine snow Detritus Fecal pellets Zooplankton molts Gelatinous detritus

Human Interaction

Domestication Status

Wild

Vampire squid has never been domesticated or selectively bred by humans. It is a deep-sea cephalopod known mainly from scientific net sampling and remotely operated vehicle observations, with no established husbandry or domestic use.

Danger Level

Low
  • Minor beak pinch if handled
  • Operational hazards from deep-sea collection
  • Low-risk bioluminescent mucus exposure

As a Pet

Not Suitable as Pet

Legality: No pet trade; collection typically requires scientific permits.

Care Level: Expert Only

Purchase Cost: $50,000 - $500,000
Lifetime Cost: $100,000 - $1,000,000

Economic Value

Uses:
Research Education Documentary Museum
Products:
  • specimens
  • imagery
  • datasets

Relationships

Predators 5

Sperm whale
Sperm whale Physeter macrocephalus
Cuvier's beaked whale Ziphius cavirostris
Northern elephant seal Mirounga angustirostris
Giant grenadiers Coryphaenoides spp.
Velvet dogfish Etmopterus

Related Species 2

Vampire squid
Vampire squid Vampyroteuthis infernalis Shared Genus
No other living species in family Vampyroteuthidae Vampyroteuthidae Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Dumbo octopuses Grimpoteuthis spp. Deep pelagic and benthic cephalopods inhabiting low-food environments; they use slow, energy-saving locomotion.
Bigfin squid Magnapinna spp. Deep-sea drifting cephalopods that use long filaments or arms to intercept small particles.
Jewel squid Histioteuthis spp. Mesopelagic cephalopods found near oxygen minimum zone (OMZ) boundaries; they use bioluminescence to avoid visual predators.
Glass octopus Vitreledonella richardi Midwater cephalopod of deep pelagic zones; tolerant of low-oxygen conditions and exhibiting a low-activity lifestyle.
Giant squid
Giant squid Architeuthis dux Deep pelagic cephalopod that is preyed upon by deep-diving mammals and occupies similar depth bands.

Quick Take

  • This extremophile maintains the largest eyes in the animal kingdom relative to its football-sized body.
  • A 13-month gestation period creates a fatal energy deficit for the Vampyroteuthis infernalis.
  • The only cephalopod that refuses live prey, this living fossil subsists entirely on marine snow.
  • Juvenile members must reabsorb 2 of their 4 fins to complete their maturation process.

The vampire squid is a small cephalopod and is found in tropical as well as temperate oceans. They usually exist in the deep seas and use bioluminescent organs and oxygen metabolism to survive parts of the sea that have extremely low levels of oxygen.

This sea creature resembles both a squid and an octopus. However, it is neither of the two. It has eight arms and two tentacles. The vampire squid’s name comes from its dark color and the skin that connects its multiple arms, forming a cape-like structure.

Vampire squids have two retractile filaments, but typically only one is extended at a time and used to collect food particles from the water.

A detailed infographic about the vampire squid featuring a central anatomical illustration and sections on its predators, diet, and deep-sea reproduction cycle.
Living in the 'shadow zone' where oxygen vanishes, this ancient cephalopod defies every rule of the deep—including the need to hunt. © A-Z Animals

Incredible Vampire Squid Facts

  • Arms with spines: Each of the vampire squid’s eight arms has spines that are arranged in two rows.
  • Largest eyes in the animal kingdom: These sea creatures have the largest eyes in the animal kingdom in comparison to the size of their bodies.
  • Multi-colored eyes: The eyes of the creature look either red or blue, depending on the light in which they are in at that particular moment.
  • A unique way to move forward: These creatures move forward by ejecting water from a hidden organ.
  • Seldom eaters: Vampire squid only need to eat a few times every week.

          Classification and Scientific Name

          The vampire squid belongs to the class Cephalopoda and goes by the scientific name Vampyroteuthis infernalis. It belongs to the Animalia kingdom and the Mollusca phylum. Interestingly, the literal translation of the scientific name is “vampire squid of hell,” creating a rather memorable moniker for this creature.

          Obviously, the vampire squid isn’t actually a vampire. In fact, it seems to have come from early ancestors of the octopus, and it is considered to be an extremophile (i.e., lives 3,000 feet below sea level). Despite the name, it isn’t actually a squid, but it does have a distant relation to both squids and octopi.

          The order and family that the vampire squids belong to are Vampyromorphida and Vampyroteuthidae, respectively.

          A young Vampire squid (Vampyroteuthis infernalis) surprised the research crew as we started to ascend from Sur Ridge in December 2013. Like many deep-sea cephalopds, vampire squid lack ink sacks. Instead of ink for defense, a sticky cloud of bioluminescent mucus is expelled from the arm tips.

          Like many deep-sea cephalopods, vampire squid lack ink sacs. Instead of ink for defense, a sticky cloud of bioluminescent mucus is expelled from the arm tips.

          Evolution and Origins

          The vampire squid, despite its name, does not feed on blood like the legendary vampire. It is considered a “living fossil” as it evolved from an ancestor of the octopus and has been in existence for 165 million years, as evidenced by its lineage in the fossil record.

          The vampire squid is an extremophile that resides in the deep ocean, specifically at depths of 2,000 to 3,000 feet, where there is no sunlight.

          The illustrated Vampyronassa rhodanica, a predecessor of the present-day vampire squid, existed approximately 164 million years ago. Its body was streamlined and muscular, and it had eight arms that possessed sturdy suckers that it could have used to capture and secure its prey.

          Furthermore, the fertilized vampire squid egg grows into a larva with an enormous head and eight short arms. The vampire squid has four fins on its mantle as a juvenile. When the animal ages, two of these fins are reabsorbed into its body.

          Currently, there is only one species of these creatures. However, scientists believe that there were others too, as some fossils of the species belong to the same family.

          Appearance

          These creatures have gelatinous bodies and are jet-black to pale reddish. The body colors depend on the different locations and also on the kind of lighting in which the creature exists.

          It resembles both a squid and an octopus but is neither. Though the lineage relates them to both, the creature is unique, with a size that is approximately that of a football. In fact, it is about the same shape as well.

          They have eight arms that are webbed together by skin and two retractile filaments, which are unique among cephalopods.

          These creatures have red eyes that also sometimes look blue in different lighting, and they move forward by ejecting water from a hidden organ. They use bioluminescent organs and oxygen metabolism to survive low-oxygen parts of the sea.

          A young Vampire squid swimming among white particles in Monterey Bay National Marine Sanctuary.

          Vampire squid (Vampyroteuthis infernalis) model at the Natural History Museum in London, England.

          Distribution, Population, and Habitat

          These creatures are found between 300 and 3,000 feet of sea depth. A majority of them are found at depths of 1,500 to 2,500 feet.

          These sea creatures are also distributed direction-wise. The north-south distribution is usually localized between the fortieth-degree north and south latitudes. The water in such locations is about two to six degrees.

          These creatures are found in tropical and temperate deep waters all around the globe. Their habitats usually comprise very cold waters.

          The population of vampire squids is not yet known. However, NOAA has declared these sea creatures to be ‘not threatened,’ and it has been said that they are not even slightly dangerous for humans.

          Predators and Prey

          Like any other living creature, they are also preyed upon. Meanwhile, they also prey on other living organisms to fulfill their food needs.

          Predators: What Eats Vampire Squid

          Some of the creatures that form the primary predators for these creatures include:

          Prey: What Vampire Squids Eat

          Meanwhile, the vampire squids are detritivores and are the only cephalopods that do not eat live animals. They usually feed on marine snow and detritus, which includes fecal pellets and dead planktonic creatures.

          Reproduction and Lifespan

          Sources suggest that at the time of reproduction, the male passes packets full of sperm to the female. The females then store these packets in pouches until they need the sperm.

          The sperm can rest in the pouch or sac for several weeks before they get to fertilize the egg. It is known that one such packet can be observed as a red dot-like structure near the eye of the creature.

          The gestation period lasts about 13 months, during which the female vampire squid doesn’t eat. It is known to often die after giving birth, the cause of which is known to be exhaustion.

          The babies usually don’t eat for some time after birth as they are born with internal reserves of energy.

          These sea creatures reach sexual maturity for reproduction at about two years of age and are known to constantly reproduce throughout their lives until death.

          The lifespan of a vampire squid is usually very long. While the total lifespan is unknown, the adult life stage of squids can last up to eight years.

          Fishing and Cooking

          There is very little known about whether or not vampire squids can be fished out of the sea by humans and whether or not they can be cooked and incorporated into the human diet.

          However, it is known that they aren’t easy to catch because they stay in very deep waters where light can be restricted. Also, they are known to be harmless and are not considered even slightly dangerous for humans.

          View all 36 animals that start with V

          Sources

          1. Oceana / Accessed November 18, 2020
          2. Soft Schools / Accessed November 18, 2020
          3. Wikipedia / Accessed November 18, 2020
          4. National Ocean Service / Accessed November 18, 2020
          5. Everywhere Wild / Accessed November 18, 2020
          6. Aquarium of the Pacific / Accessed November 18, 2020
          7. Mbari / Accessed November 18, 2020
          8. Live Science / Accessed November 18, 2020
          9. Marine Bio / Accessed November 18, 2020
          Rebecca Bales

          About the Author

          Rebecca Bales

          Rebecca is an experienced Professional Freelancer with nearly a decade of expertise in writing SEO Content, Digital Illustrations, and Graphic Design. When not engrossed in her creative endeavors, Rebecca dedicates her time to cycling and filming her nature adventures. When not focused on her passion for creating and crafting optimized materials, she harbors a deep fascination and love for cats, jumping spiders, and pet rats.
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          Vampire Squid FAQs (Frequently Asked Questions)

          Vampire squids are found in the tropical and temperate waters around the globe and live in 300 to 3000 feet deep sea waters.