Abstract

In recent years, the state has been actively working to improve its defense capability. The National Guard of Ukraine is actively working to equip units with new models of weapons and military equipment and modern military trucks. Along with this, a significant part of trucks from earlier years of production is still in operation. It is also necessary to take into account the loss of military equipment during the hostilities, including irretrievable losses, which must be compensated both from internal reserves and taking into account the military-technical assistance provided to Ukraine by other states. Under these conditions, it is advisable to have a methodology that would allow determining the level of suitability of a particular military truck for solving problems as part of the units of the National Guard of Ukraine. Using this technique, it is possible not only to choose the most suitable vehicles for resupplying units, but also to determine promising areas for upgrading existing ones or manufacturing or purchasing new models of equipment. In this article, on the basis of correlation analysis and the method of expert assessments, a methodology has been developed for determining the level of fitness of military trucks for performing tasks as part of military units. An indicator that characterizes the level of the car's adaptability to perform tasks in a military unit is a product of private quality indicators. Partial indicators are calculated according to the correlation function of the connection, chosen to study the technical parameters of the car with its basic parameter. The carrying capacity of the vehicle was chosen as the basic parameter. Each of the partial indicators is included in the product with a degree factor that corresponds to the weight (significance) of the parameter when using the car as part of a military unit. The weight of each parameter is determined by the method of expert evaluation. Cars selected for the study were ranked according to the level of fitness. The results of studies of the totality of cars testify in favor of the correctness and reliability of the developed methodology.

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