“The Swift Hunter of the Gobi”
Binomial Velociraptor mongoliensis · vuh-LOSS-ih-RAP-tor
Late Cretaceous - 75-71 Ma
IllustrationVelociraptor fossil records in Fossil Atlas are mapped as selected modern discovery locations, with 6 source-backed records currently shown. Central Asia, especially Djadokhta and Baruungoyot records from Mongolia and nearby Gobi Desert deposits. Key mapped formations in the current dataset include Djadokhta, Baruungoyot. These pins are fossil record locations, not a complete ancient habitat map.
Velociraptor was a small dromaeosaurid dinosaur from Late Cretaceous Central Asia. Fossil Atlas maps selected records from Djadokhta and Baruungoyot deposits in Mongolia and nearby Gobi Desert regions. The real Velociraptor was much smaller than its popular movie image, with a lightly built body, feathered arms, sharp teeth, and a sickle-shaped claw on each hind foot. One of the most famous dinosaur fossils, the Fighting Dinosaurs specimen, preserves a Velociraptor in contact with Protoceratops and provides rare behavioral evidence. Velociraptor is useful for showing why modern fossil maps are not habitat maps: the pins mark selected discovery records from specific fossil-bearing deposits, not every place the animal may have lived.
Drawn true to scale on a metre ruler.
Length
measured2.07 m · 6.8 ft
Largest known specimens
Height
measured0.5 m (1.6 ft) at the hip
Body mass
estimate15 kg · 33 lb
Typical adult
Top speed
estimate40 km/h · 25 mph
Modelled, debated
Bite force
estimate300 lbf
Teeth
measured≈ 28
Brain : body (EQ)
estimate6
Encephalization quotient
Velociraptor was a lightly built predator adapted to the arid environments of Late Cretaceous Central Asia. Its sickle-shaped second toe claw is often depicted as a slashing weapon, but its shape and the way it was held suggest it was more useful for pinning prey than cutting. Velociraptor had feathers, confirmed by quill knobs on its forearm bones, though it could not fly.
The claw
A large curved claw on each second toe, held raised off the ground during walking. Most researchers think it was used to grip and restrain prey rather than rake, based on its shape and comparisons with living predatory birds.
Feathers
Quill attachment points on the forearm confirm feathers, making Velociraptor closely related to modern birds in body plan, though it could not fly.
Size
Close to a large turkey or small wolf in body size. The much larger animals depicted in popular media are based on Deinonychus and Utahraptor, not on Velociraptor itself.
The fighting fossil
The Fighting Dinosaurs specimen from Mongolia preserves a Velociraptor in physical contact with Protoceratops, one of the most direct behavioral snapshots in the dinosaur record.
Position of this animal’s known range across 252 million years of the Mesozoic and beyond.
75-71 million years ago
Velociraptor was far smaller than its movie reputation, closer to a large turkey or small wolf in overall scale.
The famous Fighting Dinosaurs fossil preserves a Velociraptor and Protoceratops locked in combat.
Velociraptor had a large, sickle-shaped claw on each foot that likely helped grip prey.
Quill knobs reported from a Velociraptor forearm show that it had feathers.
Pack-hunting behavior is often suggested for dromaeosaurs, but direct evidence for Velociraptor pack hunting remains limited.
The name Velociraptor means 'swift thief.'
Its stiffened tail likely helped balance the body during quick turns and movement.
The first Velociraptor skull was collected by Peter Kaisen during the American Museum of Natural History's Central Asiatic Expeditions in 1923, and Henry Fairfield Osborn named the animal the following year. The Fighting Dinosaurs specimen, found in Djadokhta deposits in 1971, became one of the most reproduced images in palaeontology. Much of Velociraptor's popular reputation, particularly its size and pack-hunting behavior, comes from Deinonychus and from fiction rather than from the actual Velociraptor fossil record.
Animals known from the same deposits and time as Velociraptor.
Protoceratops
The most common prey-size animal in the Djadokhta deposits and the animal preserved alongside Velociraptor in the Fighting Dinosaurs combat fossil.
Oviraptor
A beaked oviraptorosaur from the same Gobi deposits, sharing the desert environment.
Pinacosaurus
An ankylosaur found in the same desert formations, one of the few armored dinosaurs known from the Gobi.
Other members of Dromaeosauridae.
Deinonychus
A larger North American dromaeosaur whose detailed study by John Ostrom helped reshape ideas about dinosaur biology and bird origins.
Utahraptor
The largest known dromaeosaur, from the earlier Early Cretaceous of Utah, showing the size range within the family.
Microraptor
A tiny four-winged relative from China, showing how varied the dromaeosaurid body plan could become.
Pins show selected fossil records for Velociraptor; use them as modern discovery evidence, not a complete range map. Modern fossil discovery map: pins show where selected fossil and specimen records were found today, not ancient Earth positions. What does this mean?
Specimen evidence
These are sourced specimen assets, separate from reconstruction artwork. Only media with clear open or reusable rights is displayed by default.
Velociraptor mongoliensis skull, AMNH 6515
AMNH · AMNH 6515 · Smokeybjb
Velociraptor skeletal mount
Esv - Eduard Sola Vazquez
Velociraptor is represented here by selected fossil records from central asia, especially djadokhta and baruungoyot records from mongolia and nearby gobi desert deposits. Fossil Atlas maps those records as modern discovery locations.
No. The map shows modern fossil discovery locations from selected records. Ancient habitat and paleogeographic reconstructions are separate questions.
The current Fossil Atlas records include Djadokhta. Formation coverage depends on the selected dataset and may not be complete.
Yes. Use the expedition card generator to turn the Velociraptor map and specimen profile into a shareable card.
Selected fossil records from PBDB and museum biodiversity aggregators. This is not a complete fossil count by country; source labels and confidence notes help distinguish canonical paleobiology records from specimen-media records.
Reconstruction images are labeled illustrations and do not represent fossil evidence. Size, speed, and bite-force figures are typical published estimates and remain subject to revision as new specimens are described.
Maps use curated PBDB, museum, and specimen-source records with visible caveats.
Pins show where fossils were found or reported today, not exact ancient habitat positions.
Artwork is labeled separately from specimen photos, maps, and source records.
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