Hezhengia bohlini Scientific Reconstruction
A 1:1.2 Scale High-Precision Simulation Model Based on Late Miocene True Elasmothere Rhinoceros Fossils from Hezheng, Gansu
Scientifically Accurate Reconstruction
Based on Holotype V.6830 from Late Miocene (11.6-5.3 Ma) with 1:1.2 restoration scale. Strictly references cranial measurement data from Vertebrata PalAsiatica Vol. 62.
Dynamic Behavioral Recreation
7-DOF motion system accurately simulates feeding (45° jaw opening) and alert behaviors (±20° ear movement) with paleoecological authenticity.
Interdisciplinary Verification
Certified by IVPP morphological expert team (Certification No. IGGCAS-PAM-2023-018) with cross-disciplinary validation system.
Advanced Motion Capabilities
Biomechanically accurate movements recreating extinct animal behaviors
Feeding Simulation
45° jaw opening with precise mandibular movement - replicates authentic feeding behavior based on fossil evidence.
Alert Behavior
±20° ear movement with auricular swing - simulates vigilance and environmental awareness behaviors.
Head Movement
2DOF pitch/yaw + 1DOF neck extension - creates natural head positioning and scanning motions.
Audio Realism
120dB SPL @1m (500Hz-5kHz frequency range) - recreates authentic vocalizations based on anatomical studies.
Technical Specifications
Physical Dimensions
Length 2000±10mm × Height 1500±10mm (GB/T 1958-2017 standard)
Power System
15W standby / 850W peak power consumption (GB 20943-2013 compliant)
Control System
Maxon EC-45 brushless motor group (18Nm peak torque) with harmonic drive reducers
Construction Materials
Frame: Q345B steel laser-cut (load capacity ≥300kg/m²); Skin: Three-layer composite structure
Safety & Durability
IP54 protection rating, stable operation from -20℃ to 50℃ environmental conditions
Weight & Mobility
185kg net weight (including control system) - ISO 8318:2014 compliant
Applications & Benefits
Designed for scientific education, research, and public engagement
Museum Exhibitions
Paired with stratigraphic profile displays (recommended ≤300lux lighting) to demonstrate paleo-ecosystem chains and fossil context.
Research & Education
Motion capture system compatibility (100Hz sampling rate) for extinct animal biomechanics analysis in university paleontology labs.
Heritage Site Interpretation
AR sandtable integration to recreate Late Miocene Linxia Basin paleogeography at world natural heritage sites (ISO 20121 compliant).
Professional Application Guide
Tailored implementation for different educational and exhibition contexts
Museum Installation
Requires vibration-dampening base for paleontology exhibition halls. Optimal viewing distance 3-5 meters with controlled lighting conditions.
Research Configuration
Compatible with motion analysis systems (100Hz sampling) for biomechanical studies. Includes data export functionality for research purposes.
Outdoor Deployment
IP54 rating suitable for covered outdoor installations. Regular maintenance recommended for optimal performance in varying environmental conditions.
Important Notice
This product's visual representation is based on finite element analysis (ANSYS Mechanical R2 2023) and 3D fossil reconstruction data. Due to material creep and individual perception differences, the actual product may have ±5% visual deviation from illustrations. Final presentation effects may vary based on on-site lighting, spatial configuration, and parameter settings. The actual product may differ from promotional materials. For accurate technical specifications, please refer to the factory inspection report. Contact us for customized technical white papers and detailed project data.
