International Journal of Scientific Research and Engineering Development

This article presents a comprehensive study on the characterization, fabrication, and 3D cut design of an animatronic head with a two-degree freedom mechanism for simulating human neck movements. The main objective of this research is to develop and implement a mechanism that accurately mimics the natural movements of the human neck, resulting in realistic and lifelike motions. The design of the animatronic head utilizes advanced robotics and engineering techniques to achieve a wide range of rotational and tilting motions, enhancing the realism of its movements. By utilizing servo motors, precise and synchronized motions are achieved, closely resembling human behavior. The fabrication process involves leveraging 3D printing technology to create intricate components for the head neck mechanism.The article discusses important aspects such as design considerations, material selection, and the assembly process involved in constructing the animatronic includes evaluating its Furthermore, the article head. Additionally, the system's characterization range of motion, speed, and accuracy. explores the implementation of human expressions, enabling and the animatronic head to mimic various emotional states. With its advanced the proposed animatronic mechanism and servo driven capabilities, head offers a compelling platform for applications in entertainment, research, and human-robot interaction.