This thesis addresses the development of a functional mechanical clock prototype, produced using additive manufacturing technologies. The theoretical part presents the components of modern mechanical clock movements, various design iterations, and a detailed description of their operation. The objective of the research is to develop and manufacture an original mechanical watch using an innovative approach, incorporating modern components into contemporary movement designs. Particular emphasis was placed on ensuring the robustness and reliability of the clock, making it suitable for easy production with a standard 3D printer and commercially available filaments. In the practical section, the selected design elements are justified, and the necessary technical calculations are performed. As part of the thesis, the designed prototype was physically manufactured, followed by a comprehensive analysis of its functionality.
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