Design of Ornithopter Flapping Wing Mechanism for Aerial Surveillance and Reconnaissance

This projects aim is to design ornithopters with flapping wings, drawing inspiration from the natural flight of birds. The methodology begins with a comprehensive analysis of various bird wing designs. The structural analysis is essential to ensure an accurate replication of bird wings in the ornithopter's design. A belt drive system in ornithopters efficiently transfers engine power to the wings, converting rotational motion into flapping motion, crucial for sustained flight and performance. To execute the modelling process effectively, Creo Parametric software is employed, enabling the creation of a highly detailed falcon wing with an integrated flapping mechanism for generating lift and thrust. Although surveillance drones are currently in use, the ongoing work focuses on creating ornithopters for surveillance and reconnaissance purposes. These devices emulate the natural flight of birds, consequently enhancing the capabilities of diverse countries in the defence and disaster management.