This article presents the results of research on the use of unmanned aerial vehicles (UAVs) in rescue operations carried out by the State Fire Service (SFS) of Poland. Based on experience gained during numerous rescue missions both domestically and abroad, as well as conducted experimental studies, it has been demonstrated that UAVs constitute an extremely valuable tool that can significantly increase the effectiveness of crisis response coordination. The main objective of the study is to highlight the potential of UAVs in the context of rescue operations led by SFS. Research was carried out during firefighting operations in non-urbanized areas and industrial facilities, as well as during flood responses, building collapses, and search and rescue missions for missing persons. The research is purely utilitarian in nature. Inductive reasoning based on UAV usage analysis in the mentioned operations allows for the conclusion that UAVs are a highly effective tool that greatly contributes to the efficiency of SFS’s efforts. Therefore, integrating UAVs into the equipment of rescue units should be a priority for all emergency services. Furthermore, the study emphasizes the importance of specialized training for UAV operators to ensure optimal data collection and decision-making in dynamic rescue environments. The findings also suggest that continued investment in UAV technology and infrastructure will further enhance the operational capabilities of the State Fire Service.

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Unmanned Aerial Vehicle in the Operations of the State Fire Service

  • Piotr Gładysz,
  • Konrad Mojski,
  • Anna Borucka

摘要

This article presents the results of research on the use of unmanned aerial vehicles (UAVs) in rescue operations carried out by the State Fire Service (SFS) of Poland. Based on experience gained during numerous rescue missions both domestically and abroad, as well as conducted experimental studies, it has been demonstrated that UAVs constitute an extremely valuable tool that can significantly increase the effectiveness of crisis response coordination. The main objective of the study is to highlight the potential of UAVs in the context of rescue operations led by SFS. Research was carried out during firefighting operations in non-urbanized areas and industrial facilities, as well as during flood responses, building collapses, and search and rescue missions for missing persons. The research is purely utilitarian in nature. Inductive reasoning based on UAV usage analysis in the mentioned operations allows for the conclusion that UAVs are a highly effective tool that greatly contributes to the efficiency of SFS’s efforts. Therefore, integrating UAVs into the equipment of rescue units should be a priority for all emergency services. Furthermore, the study emphasizes the importance of specialized training for UAV operators to ensure optimal data collection and decision-making in dynamic rescue environments. The findings also suggest that continued investment in UAV technology and infrastructure will further enhance the operational capabilities of the State Fire Service.