Aero Modelling Workshop

11th - 12th January 2025

5 students namely Tanvi Arora, Priyanka, Yash Kumar, Sakshi Pandey, Ayaan Vardhan from ECE and ECZ Department, Dronacharya Group of Institutions, Greater Noida attended 2 days “Aero Modelling Workshop” on 11^th - 12^th January 2025  conducted by IIT Kanpur.

The program was aimed at fostering innovation, practical skills, and teamwork by guiding participants through the aircraft-making process and enabling them to fly their self-designed models.

Day 1

The first day commenced with an inaugural session that introduced participants to the fundamentals of aeromodelling and its significance in aviation and UAV technology. This was followed by an in-depth session on aerodynamics and aircraft design, covering key concepts such as lift, drag, and thrust. Participants were introduced to essential aircraft components, including styrofoam, wings, servo motors, propellers, receivers, and transmitters. The latter half of the day was dedicated to hands-on model craft building, where participants assembled the wings and tail sections, integrating various components with precise measurements.

Day 2

The second day focused on electronics integration and flight testing. Beginning with an introduction to propulsion systems, motors and propellers emphasizing the selection of the right combination for optimal thrust. Participants learned about power systems, battery setups, and electronic speed controllers (ESCs), along with servos and radio controls, gaining insights into transmitter-receiver communication. The final assembly session involved the installation of electronics and control systems, ensuring that all components were correctly wired and configured. In the afternoon, participants were engaged in flight simulation and testing, where they simulated flight dynamics, conducted ground testing of motors, servos and control systems, and ultimately launched and flew the RC aircraft. 

Throughout the workshop participants gained valuable knowledge about aerodynamics, airfoil shapes, wing design, and the significance of using lightweight materials in aircraft construction. They also learned about wiring and setting up batteries, servos, and receivers, as well as operating an RC controller to manage pitch, yaw, and roll movements. Beyond technical skills, the workshop fostered teamwork, problem-solving, and troubleshooting abilities. The successful assembly and flight of the RC aircraft marked a significant milestone in the participants' journey into aerodynamics and UAV technologies. This transformative experience not only deepened their understanding of model aviation but also provided a platform to apply engineering principles in real-world scenarios, sparking creativity and innovation.