Anatomically Accurate Human Foot Skeleton 3D Model Low-poly 3D model

This anatomically precise 3D model of the human foot skeleton offers a scientifically accurate representation of all 26 bones that make up the foot's complex architecture. From the sturdy heel bone (calcaneus) to the finely shaped toe phalanges, each structure is faithfully modeled to reflect true anatomical proportions and realistic bone textures. The model includes the seven tarsal bones forming the hindfoot and midfoot, five metatarsals shaping the forefoot, and fourteen phalanges constructing the toes, all shown in correct three-dimensional alignment.

The ankle joint is accurately depicted with the tibia and fibula forming the mortise that cradles the talus, while the subtalar joint highlights the foot’s ability to adapt to uneven surfaces. The arches of the foot—the medial, lateral, and transverse—are clearly visible, demonstrating the biomechanical balance essential for bipedal locomotion. Nutrient foramina, muscle attachment sites, and subtle bone asymmetries are included to enhance realism. Ideal for medical visualization, education, AR/VR, and orthopedic reference, this model is rendered with professional anatomical lighting and includes multiple views such as medial, lateral, dorsal, and plantar perspectives. This is a showcase of the engineering perfection behind human mobility.