Design and fabrication of shuttlecock launcher machine

This project focuses on the design and fabrication of a shuttlecock launcher specifically developed to enhance badminton training without reliance on a playing partner. Conventional practice methods often depend on the skill and consistency of a training partner, limiting practice opportunities and reducing training efficiency. To address this limitation, a compact and efficient shuttlecock launching machine is developed, utilising DC motor technology to deliver shuttlecocks at adjustable speeds, trajectories, and directions. The system integrates a motor-driven pitching mechanism with a shuttlecock hopper, supported by safety features designed to prevent accidental operation and ensure user protection. The machine’s versatility allows players to independently practice a variety of shots, improving technical precision, reaction time, and overall performance. Its user-friendly design ensures accessibility for players of varying skill levels, while its portable structure supports convenient transport and setup. In addition to functionality, the project incorporates sustainability considerations, including energy-efficient operation, responsible material selection, and an environmental impact assessment to reduce the device’s ecological footprint. These measures align with sustainable manufacturing and usage practices, reinforcing the project’s commitment to environmental responsibility. By combining engineering design principles, sports technology, and sustainable innovation, this project contributes to the advancement of autonomous training tools in badminton. The resulting device offers a practical, safe, and effective solution for skill development, enabling athletes to train more frequently, independently, and efficiently.