Optimized Shuttlecock Propulsion Machine to Facilitate Badminton Training

This research project is based on designing a Shuttlecock Propulsion Machine to train badminton players. Badminton requires at minimum two players and it is impossible for an individual to practice badminton without support of another player. To allow an individual to train independently, a Shuttlecock Propulsion Machine has been developed. The Machine comprises a shuttlecock holder, a feeding mechanism, an ejecting portion and a tripod stand. This machine utilizes a flywheel mechanism in the ejecting portion for the propulsion of the shuttlecock. The machine involves two flywheels rotated by two high speed DC motors. The shuttlecock holder consists of a PVC duct and ascends in an inclined sequence to tilt shuttlecocks with hemispherical cork side over the feeding mechanism. The shuttlecock would be captured by the Robotic Jaw Gripper and fed into the ejecting portion. The flywheel diameter has been kept large enough to store maximum inertia for the propulsion of shuttlecock. The main aspect of the machine is that it can move in multiple axes. This machine design optimizes the speed of launching a shuttlecock and can be manufactured at a reduced cost compared to the similar machines available in the market.