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SKYSENTINEL: INTELLIGENT SURVEILLANCE AND PAYLOAD DELIVERY DRONE
The rapid advancement of Unmanned Aerial Vehicles (UAVs) has enabled their widespread adoption in surveillance, logistics, and emergency response applications. This project presents the design and development of “SkySentinel,” an intelligent surveillance and payload delivery drone capable of performing dual functions within a single integrated platform. The system is based on a quadcopter architecture powered by brushless DC motors and controlled using electronic speed controllers and a flight controller for stable and efficient flight operations. The drone incorporates a high-definition camera module that provides real-time video transmission, enhancing situational awareness for monitoring remote or hazardous environments. In addition to surveillance, the system includes a servo-actuated payload mechanism that enables the transportation and controlled release of lightweight materials such as medical supplies, emergency kits, and essential goods. The integration of GPS and wireless communication ensures precise navigation and real-time control. The proposed system addresses limitations of conventional methods by reducing human risk, improving response time, and increasing operational efficiency. Its modular design allows flexibility and scalability for various applications including disaster management, border security, agriculture monitoring, and industrial inspection. Overall, the system provides a cost-effective, reliable, and versatile solution that combines aerial monitoring and logistics support, contributing to modern smart surveillance and delivery systems.
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