The topic of the study is based on the need to efficiently manage technical resources at the State Fire and Rescue Service, offering a new, innovative solution. This solution is designed to overcome the limitations of the existing technical management system, taking into account longevity and efficiency. The current geopolitical situation clearly demonstrates the need to assess the effectiveness of existing technical management models in order to fully meet modern requirements and not to create obstacles to the effective performance of the State Fire and Rescue Service. The main goal of the study is to create an absolutely unique management system that will be fully tailored to the needs of the State Fire and Rescue Service in the future. The establishment of this system will involve a thorough compilation and analysis of scientific articles, taking into account the requirements of the public Procurement Act and other relevant legislation. It is planned that the new management system will also be developed taking into account the impact of national measures to strengthen internal security on the management of technical resources and will be oriented towards efficient use of public funding. The necessity of this study is directly linked to state support to the State Fire and Rescue Service for the purchase of new machinery, including fire tankers and other special machinery. The planned amount of funding will allow for the modernisation of the existing machinery, which is an essential aspect of the execution of firefighting and rescue operations. The topic of this study is relevant because, after the purchase of new machinery, it will require regular maintenance and repair in order to maintain the performance of the machinery and ensure its lasting use. It is therefore essential to carefully assess the current situation, explore optimal solutions in the field of resource management and, based on the results of the study, develop an optimal model that will allow efficient use of resources, reducing losses and ensuring the longevity and efficiency of the State Fire and Rescue Service's machinery. The methodology of the study will be designed to allow a comprehensive assessment of processes from different perspectives, including management of technical resources, human resources and organisational processes