Application of 3D modeling technologies in modern sportswear design

This article presents a detailed scientific analysis of the integration of advanced computer-aided three dimensional design (3D CAD) systems, such as CLO 3D and Browzwear, into the process of creating high-tech sports equipment. The research focuses on comparing the innovative 3D method with traditional two-dimensional design, assessing its fundamental impact on a complex of ergonomic indicators (including movement biomechanics and fabric pressure distribution), the aesthetic perception of the product, as well as the entire chain of production processes— from idea to prototype. The results of empirical research convincingly prove that the use of 3D modeling critically improves the anatomical accuracy of fit and functional comfort of clothing, reduces the design cycle by 3–4 times, lowers material consumption by an average of 15%, and virtually eliminates the need for numerous physical samples. Interactive virtual visualization significantly simplifies the process of rapid modeling, comparative analysis of design solutions, early defect detection, and strategic planning. Ultimately, 3D modeling technologies are not just a tool but a key transformational innovation that elevates the sportswear industry to a qualitatively new level, synergistically combining superior ergonomics, unprecedented operational efficiency, and principles of sustainable development.