Lifesize knee joint model designed for clear, accurate study and teaching of knee anatomy and mechanics. Key benefits Realistic, lifesize representation makes it easy to visualize bone relationships and joint contours. Interactive movement demonstrates flexion, extension, and internal and external rotation to clarify joint mechanics. Complete anatomical layout includes femur, tibia, and fibula components for a faithful reproduction of knee structure. Enhances learning and retention by combining visual detail with simulated motion for handson exploration. Features and attributes Size: true lifesize model for direct comparison with real anatomy and classroom demonstrations. Function: articulating joint motion that simulates flexion, extension, internal rotation, and external rotation. Structure: accurately reproduces the shape and spatial relationships of the femur, tibia, and fibula. Useability: sturdy construction suitable for handheld examination, lecture demonstrations, and smallgroup study. Practical applications Anatomy and physiology classes: use the model to demonstrate joint structure and range of motion during lectures and lab sessions. Student selfstudy: medical and allied health students can use the model to visualize complex joint relationships and practice identifying key landmarks. Clinical and educational demonstrations: useful for explaining joint mechanics in teaching sessions, workshops, or interdisciplinary training. Why choose this model Combines anatomical accuracy with simulated movement to bridge the gap between static models and real joint function. Compact, lifesize format fits classroom and study environments for repeated handson use. Focused design that includes the main bony components of the knee, enabling clear demonstration of how bones interact during motion. Contents Lifesize knee joint model consisting of femur, tibia, and fibula components with articulating joint motion. This model provides a practical, accurate tool for teaching and learning knee anatomy and mechanics without medical claims or treatment recommendations.