The foot joint model with ligaments is a detailed anatomical model used for teaching and clinical demonstration, focusing on showing the true arrangement and connection mode of the main ligaments in the ankle joint and foot. Models typically include bony structures such as the tibia, fibula, talus, and calcaneus, and are equipped with key ligaments like the deltoid ligament, anterior talofibular ligament, and calcaneal ligament, enabling learners to clearly understand the source of ankle stability and the role of each ligament during movement.

In teaching, the model helps students master the anatomy of the foot and ankle from a three-dimensional perspective, no longer relying on planar diagrams. It is particularly suitable for explaining the direction of joint movement, common injury sites and the mechanism of sprains. For rehabilitation, sports medicine and orthopedic training, the model can be used to demonstrate the causes of clinical problems such as ligament strains and ankle instability, and to assist in explaining examination techniques and the basic principles of rehabilitation training. Overall, the ankle joint band ligament model can significantly enhance the depth of understanding of knowledge related to the foot and ankle, and is an important tool for learning anatomy and clinical applications.