Prototype of an Intelligent Firefighter Helmet for Health Monitoring and Location in Forest Fire Situations (#1685)

Authors

Romero, Allan

Flores, Rafael

Núñez, Fávell

Abstract

This research project focuses on developing a prototype of a smart firefighter helmet integrating advanced technology to enhance safety and efficiency during wildfire operations. The helmet includes a pulse oximeter for health monitoring, a GPS module for precise location tracking, a gyroscope for position detection, and environmental sensors for temperature recording. Extensive research ensured the selection of suitable sensors, prioritizing accuracy and reliability under extreme conditions. The development process involved implementing a wireless communication system based on LoRa technology, enabling rapid and secure data transmission from the helmet to a central platform. This feature enhances operational coordination, facilitating quicker and more precise emergency responses, thereby optimizing firefighter safety and efficiency. The helmet's design emphasizes comfort for prolonged use, incorporating a custom clip for the pulse oximeter to ensure a secure fit without interfering with field operations. The smart firefighter helmet represents a significant advancement in safety and emergency management technology. By monitoring firefighter health, providing precise location tracking, and measuring critical environmental conditions, the helmet improves operational coordination and strategic decision-making. In dynamic and hazardous situations like wildfires, this smart helmet is crucial for ensuring firefighters are well-monitored and equipped, enabling a safer and more effective emergency response.