This book provides a comprehensive overview of the biomechanical mechanisms underlying diabetic foot complications and orthotic intervention strategies based on plantar pressure analysis. Diabetic foot ulcers represent one of the most serious complications of diabetes mellitus and result from the interaction of multiple factors, including peripheral neuropathy, peripheral arterial disease, and mechanical loading. Increased plantar pressure is considered a key mechanical risk factor in the development of diabetic foot ulcers.

The book systematically presents the process of biomechanical assessment in the diabetic foot, including posture analysis, gait analysis, and pedobarographic evaluation. Particular emphasis is placed on the interpretation of plantar pressure data obtained through static and dynamic pedobarography and on how these data can guide the design of orthotic insoles. In addition, the principles of off-loading, therapeutic footwear, orthotic components, material selection, and manufacturing techniques are discussed with a focus on clinical application.

By integrating biomechanical assessment with pedobarographic analysis and orthotic design principles, this book aims to provide clinicians and researchers with a structured framework for preventing diabetic foot ulcers and optimizing biomechanical interventions in diabetic foot management.