Affiliation:
1. Sahyadri College of Engineering and Management, India
2. Alva's Institute of Engineering and Technology, India
Abstract
Designing a PCB for a Wi-Fi-controlled mini aircraft is crucial for creating a remote-controlled system utilizing wireless technology. The compact PCB prioritizes aerodynamic design, modeling, and stability for efficient remote piloting and real-time Wi-Fi data transmission. The mini aircraft includes a miniature motor, propellers, and a built-in camera for live streaming its flight. Users can easily control it via a smartphone app or a dedicated remote control, enabling aerial maneuvers, tight-space traversal, and capturing airborne imagery. Wi-Fi connectivity allows immediate monitoring of flight parameters like position, altitude, speed, and battery life. This mini aircraft, designed for aerial photography, hobbyist aviation, and scientific research, represents a groundbreaking innovation in remote-controlled aviation. Its compact size and lightweight construction cater to enthusiasts of all ages and skill levels. The integration of wireless technology extends its applications to entertainment, education, and scientific exploration, making it a versatile tool.