Juvenile Triceratops Skull

Species: Juvenile Triceratops horridus – an iconic Late Cretaceous ceratopsian, known for its elaborate frill and three-horned face. This juvenile skull replica captures the transitional features of a young individual during a critical stage of growth and development.

Skull Length: 100 cm (3.3 ft) replica. (skull is larger than 100cm due to the angle of the frill)

Time Period: Late Cretaceous (~68–66 million years ago)

Discovery Location: Based on specimens from the Hell Creek Formation, Montana, USA—a world-renowned fossil site that has yielded some of the best-preserved juvenile ceratopsid material to date.

Skull: This museum-grade replica faithfully captures detailed anatomy of a juvenile Triceratops skull. It includes characteristic features such as a short, shallow beak, developing brow horns, a narrow snout, with substantial areas of the skull yet to fuse—hallmarks of immature ceratopsids. The surface texture replicates fossil bone, complete with subtle sutures and wear consistent with juvenile individuals.

Scientific Notes: Juvenile Triceratops are crucial for understanding ceratopsian growth and skull transformation. Studies suggest that the horns and frill changed dramatically throughout ontogeny—starting small and curved in juveniles, then lengthening and changing orientation in adults.

Display: Mounted on a black metal stand for secure, upright presentation. The dynamic display angle showcases the frill, rostral beak, and horn growth—ideal for educational use, museum exhibits, or private collections.

Finish: Realistic fossil bone texture with a hand-applied weathered patina. Custom coloration available upon request (e.g., Hell Creek tan-gray, darkened sutures, etc.).

Assembly: Skull and base ship separately for transit safety. Easy final assembly with optional adhesive for permanence.

Please note: All replicas are made to order. Average production time is 8–12 weeks, though this may vary depending on demand. For up-to-date lead times or custom requests, please contact us via the chat function.