FireFightBot
Posted on Thursday, March 30th, 2023
Our project aimed to create a more efficient and safer way to extinguish fires, particularly in situations where access is limited or the risk to human life is high. Traditional firefighting methods can be dangerous and ineffective, especially in high-rise buildings.
The FireFightBot we developed uses a webcam and color filtering system to accurately detect flames, even in low light conditions. Two servos control the nozzle’s movement, which allows the robot to aim the water spray at the center of the flame with precision. The pump activation system ensures that the water is sprayed for a controlled period of two seconds before the robot stops. The robot repeats this process every two seconds until there is no substantial flame left in the camera’s view.
This innovative firefighting robot has the potential to be fast-acting, enabling it to extinguish fires quickly and effectively, providing more time for emergency teams to arrive. In addition to being safer and more efficient than traditional firefighting methods, the robot’s ability to reach difficult-to-access areas can prevent the spread of fires, limiting the potential for further damage or harm.
Our team conducted extensive research on existing solutions and technologies to develop a reliable and efficient robot that can be deployed quickly in emergency situations. The robot’s advanced capabilities, combined with its fast response time, can help minimize damage to buildings and property, making it an invaluable tool for firefighters.
Our FireFightBot has the potential to revolutionize the way firefighters approach extinguishing fires. Its fast-acting and efficient nature can provide critical time for emergency teams to arrive, potentially saving lives and minimizing the potential for further damage or harm. We are excited about the impact this technology can have on the world of firefighting and look forward to further developing it in the future.