Kinanthropometry is the scientific study of human body size, shape, composition, proportion, maturation, and physical function in relation to movement and physical performance. The term is derived from the Greek words *kinein* meaning "to move," *anthropos* meaning "human," and *metron* meaning "measure." It integrates principles of physical anthropology, anatomy, physiology, biomechanics, nutrition, and sports science to understand how human body characteristics influence movement, health, and performance. In practicing anthropology, kinanthropometry serves as an important tool for assessing human biological variation, growth patterns, nutritional status, occupational efficiency, and adaptation to environmental conditions. The discipline primarily focuses on anthropometric measurements such as height, weight, sitting height, arm span, limb lengths, body circumferences, skinfold thickness, breadths, and body mass index (BMI). These measurements help determine body composition by estimating the proportions of fat mass, lean body mass, muscle, and bone. Standardized instruments including anthropometers, stadiometers, weighing scales, skinfold calipers, measuring tapes, and spreading calipers are used to ensure accuracy and reliability of data. One of the major applications of kinanthropometry is the assessment of growth and development in children and adolescents. Regular measurements enable anthropologists and health professionals to monitor physical growth, identify developmental abnormalities, and evaluate the effects of nutrition and disease. Growth standards developed through kinanthropometric studies are widely used in public health programmes to assess child health and nutritional