Firehawk: an autonomous firefighting drone with fire-extinguishing ball release mechanism

Abstract

This project presents a significant advancement in the field of autonomous emergency response systems by addressing the critical challenges associated with rapid fire detection and suppression. The system integrates a combination of environmental sensors, including flame, smoke, and temperature modules, to accurately identify potential fire hazards in real time. Leveraging modern UAV technology, the autonomous drone is equipped with a precision-controlled release mechanism capable of deploying a fire-extinguishing ball directly onto the fire source, enabling quick and targeted suppression without endangering human responders.Using advanced flight control algorithms, GPS navigation, and wireless telemetry communication, the drone ensures seamless data acquisition, autonomous decision-making, and mission execution. Real-time monitoring and alerting allow operators or emergency personnel to receive immediate updates on fire occurrences, improving situational awareness and enabling faster intervention. The system enhances firefighting efficiency by accessing dangerous or unreachable areas, reducing response time, and minimizing property damage. Overall, this project significantly strengthens the capacity for early-stage fire management through intelligent aerial intervention. By combining autonomous navigation, real-time fire detection, and automated suppression, the proposed solution contributes to safer communities, improved emergency response strategies, and a more resilient firefighting infrastructure.