Create Your First Project
Start adding your projects to your portfolio. Click on "Manage Projects" to get started
Biofidelic animal dummies
Realistic Animal Test Specimens for Advanced Testing
CTS Biofidelic Animal Dummies are developed with realistic skeletal structures and soft tissue properties to closely reproduce the behavior of living animals during impact and performance testing. Their high level of biofidelity enables engineers and researchers to obtain reliable, repeatable test results while reducing dependence on biological specimens.
Available Biofidelic Animal Models
• Biofidelic Bird
• Biofidelic Hedgehog
• Biofidelic Wild Boar
Key Features
• Anatomically accurate animal replicas
• High biomechanical realism
• Repeatable and reproducible test results
• Consistent material properties
• Ethical alternative to live animal testing
• Suitable for laboratory, industrial, and research environments
• Available in multiple animal models and custom configurations upon request
Typical Applications
• Bird Strike Testing
• Aircraft and Aerospace Safety
• Railway Windshield Testing
• Automotive Wildlife Collision Research
• Robotic Lawnmower Safety Testing
• Scientific Research
• Product Development and Validation
• Safety Engineering Laboratories
Applications:
Bird Strike Testing
Wildlife Impact Testing
Railway & Aerospace Safety
Robotic Equipment Testing
Research & Development
Link
Biofidelic Animal Test Dummies are advanced artificial animal models designed to realistically replicate the anatomy and mechanical behavior of real animals during impact testing. Developed by Crash Test Service (CTS), these reusable test specimens provide consistent, hygienic, and highly reproducible results without the need for live animals. They are widely used for wildlife impact studies, transportation safety, aerospace, railway testing, robotic equipment validation, and research applications. Available in multiple animal models such as birds, wild boars, and hedgehogs, these solutions help manufacturers and research organizations improve safety while supporting ethical testing practices.
