This study touches on a very grave fact in India that is related to fire and that has caused 12,058 deaths and 13,810 injuries in the year 2020. In many cases, traditional wildfire-fighting methods are all lacking in dangerous and closed-in spaces, so, on the pretext of these difficulties, there are some new alternative techniques. The main point of this study focuses on developing a vehicle that is not easily set on fire, which includes advanced materials such as Starlite, collaborative design, thermal insulation, monitoring systems, communication technology, and particularly those components that are meant for mobility. Vehicle is introduced to navigate the fire-affected area on its own, to watch out for fire by using the security system, and also to give immediate information on firefighting operations. The research avenue assumes focused material choice, direct consultation with the automotive technician, isolation installation, and linking surveillance and communication systems together. Results highlight the suitability of advanced materials, seamless design integration, and effective insulation measures. The groundbreaking innovations of the vehicle such as the smart navigation system and the specialized mobility elements are going to create a new era for car safety. Furthermore, it is observed that this fireproof car, with its small form factor and state-of-the-art technology, is a game-changer for fire-fighting, giving the fire department new ideas for the future of emergency services.

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Innovative Fire-Resistant Vehicle: Materials, Design, and Technology for Enhanced Firefighting Effectiveness in Hazardous Environments

  • Vaishali Jabade,
  • Kunal Jadhav,
  • Saurabh Lohar,
  • Vaishnavi Gite

摘要

This study touches on a very grave fact in India that is related to fire and that has caused 12,058 deaths and 13,810 injuries in the year 2020. In many cases, traditional wildfire-fighting methods are all lacking in dangerous and closed-in spaces, so, on the pretext of these difficulties, there are some new alternative techniques. The main point of this study focuses on developing a vehicle that is not easily set on fire, which includes advanced materials such as Starlite, collaborative design, thermal insulation, monitoring systems, communication technology, and particularly those components that are meant for mobility. Vehicle is introduced to navigate the fire-affected area on its own, to watch out for fire by using the security system, and also to give immediate information on firefighting operations. The research avenue assumes focused material choice, direct consultation with the automotive technician, isolation installation, and linking surveillance and communication systems together. Results highlight the suitability of advanced materials, seamless design integration, and effective insulation measures. The groundbreaking innovations of the vehicle such as the smart navigation system and the specialized mobility elements are going to create a new era for car safety. Furthermore, it is observed that this fireproof car, with its small form factor and state-of-the-art technology, is a game-changer for fire-fighting, giving the fire department new ideas for the future of emergency services.