SUMMARY
The mathematical model, which makes it possible to build a control and test station of anti-aircraft missiles with minimal costs and specified technical characteristics is developed. An expression that determines the effect of improving the quality of the control and test station is found. To design the control and test station, based on the condition for reaching its maximum value is proposes. Quantitative values of the effect of improving the quality of the control and test station will make a comparative analysis of the control and test stations and determine the optimal design solutions. The relationships determining the price of the control and test station, the dependence of the price of the sensor on the accuracy class of the sensor, which compose the prices for the collection and processing of the measuring information, are considered. It was suggested to find the optimal design solutions of the control and test station by sequential refinement of the model by one of criterions, and other criteria as limitations.