Design and Fabrication of 360 Rotating Fire Fighting Robot

The increasing amount and scenarios of fires creates significant challenges to old firefighting methods.In response, autonomous & remote controlled firefighting robots have emerged as a great solution to enhance the efficiency and safety of firefighting operations.This paper presents the design and development of a 360° rotating firefighting robot for efficient fire fires accurately.Its unique rotating mechanism allows for full coverage of the surroundings, enabling rapid response and effective firefighting in all directions.With its rotating base, the robot can swiftly change direction, providing comprehensive coverage of the area.Additionally, the robot is designed to be autonomous, capable of navigating through plain terrains and obstacles without human intervention.The integration of artificial intelligence algorithms enables real-time decision-making and adaptive firefighting strategies.Experimental results demonstrate the effectiveness and reliability of the proposed firefighting robot in various scenarios, highlighting its potential for enhancing firefighter safety and minimizing property damage.Additionally, the project scope extends to testing, monitoring, and maintenance aspects, as ongoing performance evaluation and upkeep are crucial for long-term functionality and reliability.