H
Species Profile

Huntsman Spider

Sparassidae

Sideways legs. Lightning-fast hunters.
Pong Wira/Shutterstock.com

Huntsman Spider Distribution

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Huntsman Spider in the Rainforest

At a Glance

Family Overview This page covers the Huntsman Spider family as a group. Stats below are general traits shared across the family.
Also Known As Giant crab spider, Banana spider, Rain spider, Splayed-footed spider, Wood spider, Lizard-eating spider
Diet Carnivore
Activity Nocturnal+
Lifespan 1.5 years
Weight 0.01 lbs
Status Not Evaluated
Did You Know?

Family-wide size range is huge: bodies ~5-50 mm long, with legspans from ~2 cm up to ~25-30 cm in the largest species.

Scientific Classification

Family Overview "Huntsman Spider" is not a single species but represents an entire family containing multiple species.

Huntsman spiders (family Sparassidae) are large, fast-moving wandering spiders characterized by laterigrade (sideways-splayed) legs and a crab-like stance. They actively hunt rather than using capture webs, though they may make silk retreats.

Kingdom
Animalia
Phylum
Arthropoda
Class
Arachnida
Order
Araneae
Family
Sparassidae

Distinguishing Features

  • Laterigrade legs (legs extend sideways), giving a flattened, crab-like profile
  • Very fast runners; typically wander and ambush rather than build prey-catching webs
  • Often large-bodied with long leg spans; commonly encountered on walls/ceilings in warm climates
  • Distinct from wolf spiders by their more strongly laterigrade legs and overall flattened posture

Physical Measurements

Males and females differ in size

Length
6 in (2 in – 12 in)
5 in (2 in – 12 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Top Speed
3 mph
Fast runners (~2–5 km/h)
Venomous

Appearance

Primary Colors
Secondary Colors
Skin Type A chitinous exoskeleton, usually flat, covered in fine setae that give a velvety or matte look. Many species have scopulae on tarsi to grip smooth surfaces; texture ranges from smooth to very hairy.
Distinctive Features
  • Family-level size range (diversity-aware): adult body length roughly ~5-50 mm across the family; leg span commonly ~20-300 mm (with the largest species reaching ~25-30 cm span).
  • Laterigrade (sideways-splayed) legs producing a crab-like stance and very wide footprint; legs often appear "flattened" against surfaces when resting.
  • Flattened carapace/abdomen in many species, aiding concealment under bark, rocks, or in crevices; degree of flattening varies widely among genera.
  • Long, powerful legs built for speed and ambush pursuits; rapid sideways and forward running is typical.
  • Eye arrangement typical of huntsman (two rows, eight eyes); facial markings may accent the eye area in some species but are highly variable.
  • No prey-capture web: they are wandering/active hunters; many make silk retreats, daytime shelters, or egg-guarding retreats rather than aerial snares (varies by species).
  • Some huntsman spiders (Sparassidae) enter buildings and rest on walls or ceilings. They are shy and usually run away. Bites are rare and, for most species, not dangerous.
  • Mostly active at night, huntsman spiders (Sparassidae) eat insects, other arthropods and sometimes small vertebrates. They live from tropical forests to deserts and temperate areas, in arboreal, saxicolous (rock-associated) and synanthropic (human-associated) settings.
  • Identification caution: can resemble other laterigrade spiders at a glance; do not confuse with crab spiders (Thomisidae) or wall crab spiders (Selenopidae)-huntsman are Sparassidae with their own characteristic body/leg proportions and ecology.

Sexual Dimorphism

Sexual dimorphism is common but variable across Sparassidae: females are often more robust-bodied, while males frequently appear slimmer with relatively longer legs. Color/pattern differences between sexes range from minimal to noticeable in some taxa; maturity and local variation can outweigh sex differences.

  • Typically slimmer abdomen and overall build; in many species proportionally longer legs for mate searching.
  • Enlarged, complex pedipalps in mature males (used for mating) are a key sex indicator.
  • Often more nomadic/active when mature, which can influence apparent wear or fading (not a strict rule across all species).
  • Often larger or heavier-bodied than males in the same species (though the degree varies widely).
  • More frequently associated with retreats/egg sacs; may appear bulkier when gravid.
  • Generally lack enlarged male palpal organs; pedipalps remain smaller and simpler-looking.

Did You Know?

Family-wide size range is huge: bodies ~5-50 mm long, with legspans from ~2 cm up to ~25-30 cm in the largest species.

They don't use capture webs to hunt; most actively roam or ambush prey, though many make silk "retreats" for shelter.

Their legs are laterigrade-splayed sideways like a crab-helping them hug flat surfaces and pivot quickly.

Many species can climb smooth walls thanks to dense adhesive hairs (scopulae) on the feet.

Some huntsman mothers guard egg sacs and may stay with spiderlings for a time-stronger maternal care than many people expect.

They're important household and forest pest-controllers, feeding on cockroaches, moths, flies, and other arthropods.

Despite their intimidating size, medically significant bites are uncommon; most human encounters end with the spider fleeing.

Unique Adaptations

  • Laterigrade leg orientation and a flattened body let many species squeeze into narrow cracks under bark, rocks, or household trim.
  • Scopulae (brushes of fine hairs) on the feet increase traction for climbing smooth surfaces like glass or painted walls.
  • Speed and burst acceleration: long legs plus flexible joints enable rapid strikes on insects and quick escape from predators.
  • Sensory hairs and vibration sensitivity help detect prey and threats without relying on a web's vibrations.
  • Camouflage and posture: many species flatten against surfaces and align legs to reduce their outline; coloration ranges from bark-browns to patterned banding across the family.
  • Venom optimized for subduing arthropod prey: effective for hunting insects and other spiders, while defensive bites to humans are typically rare and localized.

Interesting Behaviors

  • Nocturnal roaming and ambush: many species patrol walls, tree trunks, or leaf litter at night; others sit-and-wait at crevices-activity patterns vary by habitat.
  • Indoor wandering: in warm regions, individuals may enter buildings while hunting or seeking cool, humid shelter; this is common but not universal across the family.
  • Silk use without prey webs: rather than building capture webs, many species spin thin daytime retreats under bark, in rolled leaves, or in corners of rooms.
  • Maternal guarding: in multiple genera, females carry or guard egg sacs and may defend them aggressively; the extent of care varies among species.
  • Rapid "crab-like" turning: laterigrade legs allow quick lateral dashes and sudden direction changes during pursuits or escapes.
  • Habitat diversity: across the family are arboreal hunters, ground runners, rock/crevice specialists, and some cave-associated species-ecology differs widely by genus and region.

Cultural Significance

Huntsman spiders (Sparassidae) are common large spiders in tropical and subtropical homes. In Australia and southern Africa people see them as 'housemates' because they eat cockroaches and other pests. Their size, speed, and nicknames (like 'rain spiders') make them famous—loved by some, feared by others.

Myths & Legends

Southern African folklore around "rain spiders" (notably Palystes spp.) says their appearance in homes or on walls foretells incoming rain or seasonal change.

A widely repeated Australian urban legend claims a huntsman spider may hide behind a car's sun visor and drop onto the driver-often told as a cautionary tale about surprises in vehicles.

In some port cities and plantations, people have long blamed large wandering spiders found in produce (especially banana bunches) on stowaways in shipments—a tale that spread the "banana spider" nickname for some huntsman species.

Household superstition in several warm-climate communities treats large house-roaming spiders as luck-bringers or "pest spirits": leaving them unharmed is said to keep cockroaches and other nuisances away.

Conservation Status

NE Not Evaluated

Has not yet been evaluated against the criteria.

Population Unknown

You might be looking for:

Pantropical huntsman spider

38%

Heteropoda venatoria

A large, widespread huntsman often found in buildings in tropical/subtropical regions; frequently the species people encounter indoors.

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Giant banded huntsman spider

18%

Holconia immanis

Large Australian huntsman with banded legs; a well-known representative of Sparassidae in Australia.

Social huntsman spider

14%

Delena cancerides

Australian huntsman noted for group living/parental associations; often cited in popular accounts of social behavior in spiders.

Brown huntsman spider

10%

Heteropoda jugulans

A commonly referenced huntsman species in parts of South and Southeast Asia; one of many Heteropoda species called “huntsman.”

Selenops (wall crab spiders)

8%

Sparassidae

Often confused with huntsman spiders due to similar flattened, laterigrade appearance; a different family.

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Life Cycle

Birth 150 spiderlings
Lifespan 2 years

Lifespan

In the Wild
0.5–3 years
In Captivity
1–5 years

Reproduction

Mating System Polygynandry
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Sparassidae show mostly polygynandry: both sexes mate with multiple partners. Males roam, transfer sperm with pedipalps, and females store sperm to fertilize egg sacs. Pair bonds are short; maternal care is common; behaviors vary by species.

Behavior & Ecology

Social Aggregation Group: 1
Activity Nocturnal, Crepuscular, Cathemeral
Diet Carnivore Large, soft-bodied or readily subdued insects-especially cockroaches-where available
Seasonal Hibernates

Temperament

Fast-moving, evasive, and typically avoidant of confrontation; reliance on speed and concealment is common
Defensive when cornered (threat postures, lunging/bluffing); likelihood of biting varies by species and individual
Intraspecific tolerance is usually low outside mating/parental contexts, though some species show higher shelter-sharing tolerance under crowding

Communication

Stridulatory rasping/hissing-like sounds in some species Not universal across the family
Substrate-borne vibration (seismic) signaling during courtship and close-range interactions
Contact/tactile signals (leg tapping, palp contact) during courtship and mating
Chemical cues/pheromones (especially via silk draglines) used for mate finding and assessing reproductive status
Visual displays at close range in some species (leg raising/waving, body orientation), with importance varying by habitat/light conditions
Silk use primarily for safety lines, egg sacs, and retreats rather than prey capture; retreat occupancy/draglines can convey presence to conspecifics

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Alpine Wetland +5
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy Muddy +7
Elevation: Up to 11482 ft 11 in

Ecological Role

Generalist terrestrial predator (primarily arthropod predator) across forest, savanna, shrubland, and human-modified habitats; diet breadth and vertebrate-taking frequency increase in larger-bodied species and in prey-rich environments.

Natural pest suppression (notably cockroaches and other household/agricultural pests in many regions) Regulation of nocturnal insect populations and food-web stabilization via top-down control Linking trophic levels as both predator and prey (supporting birds, reptiles, amphibians, and parasitoids that feed on spiders/egg sacs) Indicator contribution to local biodiversity in structurally complex habitats (tree bark, leaf litter, rock crevices, buildings)

Diet Details

Main Prey:
Cockroaches Crickets and katydids Moths and other flying insects Beetles Flies and mosquitoes Spiders Scorpions and other arachnids Small lizards and geckos Small frogs Small mammals or bats +4

Human Interaction

Domestication Status

Wild

Sparassidae (huntsman spiders) are wild, not domesticated and have no history of planned breeding. People meet them by chance: they enter houses, sheds, vehicles, and appear on walls at night. They help control pests, can bite if handled, are used in education and research, and are kept by few hobbyists.

Danger Level

Low
  • Bites can occur when trapped against skin, handled, or disturbed; typically cause localized pain, redness, swelling, and itching; severity varies by species and individual.
  • Rare but possible complications: allergic reactions, secondary infection from skin breaks, or prolonged localized inflammation.
  • Startle/flight behavior can cause falls or panic injuries (indirect risk), especially when encountered indoors.
  • Not considered medically significant compared with high-risk spider groups; systemic severe envenomation is uncommon across the family.

As a Pet

Not Suitable as Pet

Legality: Huntsman spiders (Sparassidae) are legal to keep in many places, but laws vary. Local wildlife, invasive species, and import or export rules can limit collecting or trade. Parks may ban taking native spiders. Check local rules.

Care Level: Experienced

Purchase Cost: Up to $150
Lifetime Cost: $50 - $500

Economic Value

Uses:
Ecosystem services (natural pest control) Education and outreach Scientific research (venom, physiology, locomotion) Limited pet/invertebrate hobby trade
Products:
  • No major direct products; indirect value via reduction of household/agricultural pest insects
  • Specimens for museum collections and academic study
  • Occasional captive-kept individuals sold/traded in the invertebrate hobby

Relationships

Related Species 8

Huntsman spider
Huntsman spider Heteropoda Shared Family
Delena Delena Shared Family
Holconia Holconia Shared Family
rain spiders Palystes Shared Family
Olios Olios Shared Family
Micrommata Micrommata Shared Family
Thelcticopis Thelcticopis Shared Family
Beregama Beregama Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Wolf spider
Wolf spider Lycosidae Like sparassids, they are mostly cursorial, ground-hunting spiders that rely on speed and vision rather than capture webs. They commonly overlap in prey and in nocturnal or crepuscular hunting, though wolf spiders are typically more robust and less laterigrade.
Nursery web and fishing spiders Pisauridae Active hunters that often roam vegetation or areas near water and may make silk retreats or egg-carrying structures rather than prey-capture webs; occupy a similar "wandering predator" niche despite a different body plan.
Wandering spiders Ctenidae Large, fast, nocturnal roaming hunters in the tropics. They overlap ecologically with huntsman spiders in leaf litter, on forest floors, and on tree trunks, although many Ctenidae species have different eye arrangements and behaviors.
Running crab spiders Philodromidae They also have laterigrade legs and a flattened, sideways-running posture. They occupy similar "pursuit/ambush on surfaces" niches, generally at smaller body sizes than most sparassids.
Crab spiders
Crab spiders Thomisidae They share laterigrade legs and a crab-like stance. Many are ambush predators on flowers or bark, overlapping microhabitats with huntsman spiders, although huntsman spiders more often pursue prey.

Types of Huntsman Spider

11

Explore 11 recognized types of huntsman spider

Pantropical huntsman spider
Pantropical huntsman spider Heteropoda venatoria
Giant huntsman spider
Giant huntsman spider Heteropoda maxima
Social huntsman spider Delena cancerides
Large badge huntsman Holconia immanis
Rain spider
Rain spider Palystes superciliosus
Green huntsman spider Micrommata virescens
Huntsman spider (Mediterranean/West Asian Olios) Olios argelasius
Huntsman spider
Huntsman spider Thelcticopis modesta
Golden huntsman spider Beregama aurea
Badge huntsman Neosparassus diana
Tasmanian huntsman spider Isopeda villosa

The largest spider by leg span in the world.


Huntsman spiders belong to the Sparassidae family and get their common name because they are efficient and lethal hunters.

There are 96 genera and 1383 species as of 2021. They are usually large, hairy spiders that hold their legs crabwise, which gives them the alternate name of giant crab spider. Most are gray or brown but may have bands and markings over their legs and bodies.

They have eight eyes and fairly good eyesight. Like other spiders, they are venomous as opposed to poisonous, and some are capable of inflicting painful bites on human beings.

But like other spiders, their venom evolved to subdue their regular prey. Some people welcome huntsman spiders in their homes because they eat pests such as cockroaches.

4 Incredible Huntsman Spider Facts!

Huntsman Spider in the Rainforest

The eggs and young of female huntsman spiders are carefully guarded by them.

  • Huntsman spiders are surprisingly gentle during courtship. Males in many species drum their abdomens or their legs on the ground to create vibrations that are interesting to the females, who lure them with pheromones.
  • Female huntsman spiders are fiercely protective of both their eggs and their young. They keep their eggs in a sac or purse made of silk and will either stand guard over it or carry it in their jaws. When the eggs hatch, she’ll guard the spiderlings until they molt several times. This can take weeks, and during that time the mother spider doesn’t eat.
  • While some huntsman spiders are solitary, others live happily in large colonies.
  • Though huntsman spiders don’t spin webs, they’ll spin a sort of cocoon out of silk when it’s time for them to molt or lay eggs.

Evolution and Origins

Biggest Spiders: Giant Huntsman Spider

The world’s biggest spider, the Giant Huntsman Spider, are not harmless to human but will bite if provoked.

The origin of the huntsman spider is traced back to Asia, where its nearest kin can be found. Nonetheless, it is theorized that the spider was brought to the United States through banana shipments from Central America.

Huntsman spiders are present in numerous states and territories throughout Australia, so there is a good chance of encountering them. During warm weather or rainfall, they are frequently spotted indoors on walls and ceilings.

Sparassidae, previously referred to as Heteropodidae, constitute a spider family commonly recognized as huntsman spiders. This is owing to their agility and style of hunting. Additionally, their size and physical characteristics earn them the name of giant crab spiders.

Different Types

David Bowie Huntsman Spider

There are 17 different types of huntsman spiders.

Different types of huntsman siders:

  • Giant huntsman spider
  • Huntsman spider
  • Micrommata virescens
  • Heteropoda
  • Olios
  • Eusparassus
  • Palystes superciliosus
  • Wheel spider
  • Delena
  • Heteropoda davidbowie
  • Cerbalus aravaensis
  • Pandercetes
  • Thelcticopis
  • Leucorchestris arenicola
  • Curicaberis
  • Pseudopoda
  • Paenula

Huntsman Spider Species, Types, and Scientific Name

Juvenile Huntsman Spider

The Sparassidae family, which is divided into categories of genera and species, is where the huntsman spider is classified.

The classification of the huntsman spider puts them in the Sparassidae family, which is broken down into classifications of genera and species.

There are e nearly one hundred genera and over 1300 species of giant crab spiders. By the way, the Sparassidae family isn’t closely related to proper crab spiders, who are members of the Thomisidae family.

Among the genera are the:

  • Carparachne: This genus contains the fascinating cartwheeling spider, Cebrennus rechenbergi. This spider actually cartwheels to get away from threats, and it’s the only spider known that does this. It’s found in Morocco and is also called the Moroccan flic-flac spider. A robot was actually built to mimic this spider’s movements.
  • Diminutella: As its name suggests, this is one of the tiniest of these giant spiders. The body length of the female Diminutella cortina is only 0.14 to 0.17 of an inch. It is found in Cuba and is the only species in its genus.
  • Heteropoda: The classification Heteropoda is a large genus that contains the brown huntsman, Heteropoda cervina. The genus gets its name because the legs of this giant arachnid are of unequal length, but this lets the spider scuttle sideways and change its direction quickly. The brown huntsman is known for living in houses in Queensland, Australia, but it is a timid spider that only bites when it’s threatened.
  • Leucorchestris: This classification contains the dancing white lady, Leucorchestris arenicola of the Namibian desert. The spider communicates with conspecifics by drumming with its front legs. The way it drums must e precise, for another spider can mistake its vibrations for prey and kill the spider that’s trying to communicate with it. The dancing white lady can also use its eight eyes individually to give it panoramic vision.
  • Micrommata: The spiders in this genus differ from other huntsman spiders in that many of them are bright green. This includes Micrommata virescens, a huntsman that lives in the woods of northern Europe.

Appearance

Heteropoda venatoria

Pantropical huntsman spiders can measure nearly 12 centimeters long with their legs extended

It is easy to say that to identify a huntsman spider all that a person needs to see is a giant spider that holds its legs like a crab. Yet, some species of huntsman spiders aren’t much bigger than regular crab spiders, and the brown recluse is also rather large and has a cancrine stance.

Crab spiders are also called flower spiders because they perch on flowers and ambush insects that light on the flowers. They can slowly change colors to blend in with the flower, but huntsman spiders can’t do this.

Most are shades of brown or gray, though some species in the Micrommata genus are leaf green. Huntsman spiders also tend to be furry, and they can easily hide in small spaces despite their size. This is because their bodies tend to be flat, and they have those uniquely foldable legs. They are ambush predators and can also move surprisingly fast for their size.

Habitat

Huntsman spider, giant crab spider or cane spider, Heteropoda venatoria (Sparassidae)

Huntsman spider, giant crab spider or cane spider, Heteropoda venatoria (Sparassidae) on a flower.

Huntsman spiders are found around the world save the coldest areas on earth. They hide in places that don’t see a lot of human traffic, such as garages, barns, and garden sheds. Some hide behind blinds and curtains and startle people who have come to adjust their window dressings. Huntsman spiders also shelter in cars and also startle people who try to adjust their rearview mirror. In the wild, they’re found under bark and under rocks. This gives them the name “wood spider.”

Diet

Huntsman spiders usually eat small arthropods. They range from butterflies to cockroaches, and even scorpions. Some species eat other spiders and are indeed cannibalistic. Some huntsman spiders are big enough to take bats, mice, and small lizards.

Prevention

There are many people around the world who welcome huntsman spiders into their homes because they eat pests. These are not only roaches and water bugs, but if the spider is big enough, it can even keep down a population of mice.

Most huntsman spiders are docile and run away when they’re threatened. Yet it’s understandable if the homeowner really does not want giant poisonous spiders in their home. In that case, it is possible to call in a pest control expert and have them trapped and humanely removed.

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Sources

  1. Bug Guide / Accessed July 25, 2021
  2. Roaring Earth / Accessed July 25, 2021
  3. Wikipedia / Accessed July 25, 2021
  4. Kidadl / Accessed July 25, 2021
  5. Live Science / Accessed July 25, 2021
  6. Australian Museum / Accessed July 25, 2021
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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Huntsman Spider FAQs (Frequently Asked Questions)

Huntsman spiders aren’t really dangerous. They are venomous as opposed to poisonous, and though the bite of some huntsman spiders is painful, the bite usually doesn’t require a person to go to a hospital.