AI-powered skeletal extraction from animal images. Calculate Degrees of Freedom, map mechanical linkages, and validate biomimetic designs with GrΓΌbler-Kutzbach criterion. For engineers, educators, and researchers.
From biological image to mechanical blueprint β AI-powered extraction, kinematic analysis, and educational validation.
Upload any animal/bird photo. Our AI identifies bones, joints, and segments β overlaying a mechanical skeleton with color-coded links and nodes.
Convert biological joints to mechanical equivalents: revolute, prismatic, ball-socket, universal. View constraints and ROM for each connection.
Apply GrΓΌbler-Kutzbach criterion automatically. Calculate spatial (3D) or planar (2D) Degrees of Freedom with joint-by-joint breakdown.
Preview motion based on extracted joint ranges. Upload motion GIFs for validation. Export animations for presentations or documentation.
Built-in guides on biomimetics, DOF theory, and mechanism design. Reference formulas traceable to Uicker, Norton, Pennycuick, and Hedrick.
Download analysis as PDF, DOCX, or JSON. Export link dimensions for CAD. API access for batch processing and custom workflows.
Upload an animal image or select a preset to extract skeletal structure, calculate DOF, and explore bio-inspired mechanism design.
β Ready β upload image or select preset
Master the theory behind biomimetic mechanism design β with formulas, examples, and references from leading biomechanics literature.
Design inspired by biological systems. Engineers study animal movement, sensing, and adaptation to create efficient machines.
Degrees of Freedom = independent parameters to describe mechanism configuration.
Biological joints map to mechanical equivalents with specific constraints:
| π Revolute | 1 DOF | Elbow, Knee |
| βοΈ Universal | 2 DOF | Wing root |
| πΎ Ball & Socket | 3 DOF | Shoulder, Hip |
| π Fixed | 0 DOF | Fused bones |
Step-by-step workflow from biology to engineering:
"Biomimetic Mechanism Extractor bridges biology and engineering. No PhD required β just upload, analyze, and innovate."
β Biomimetic AI Design Philosophy
Connect Biomimetic AI to your engineering workflows β from academic research to product development.
Publish biomechanics studies with validated DOF calculations. Export data for papers, theses, and conference presentations.
Extract animal locomotion patterns for legged robots, drones, and soft actuators. Validate kinematic chains before prototyping.
Bio-inspired product design: prosthetics, exoskeletons, adaptive structures. Export link dimensions directly to CAD software.
Interactive teaching tool for mechanics, biology, and engineering courses. Students explore real animal kinematics with guided analysis.
"Nature has already solved complex engineering problems. Our job is to understand, extract, and apply those solutions."
β Biomimetic AI Mission
Start your free 14-day trial today β no credit card required. Upload your first animal image and see biomimetic analysis in action.
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