Methodological approach to estimating the cost of anti-aircraft rocket complex at different stages of the life cycle
DOI:
https://doi.org/10.34169/2414-0651.2021.3(31).12-20Keywords:
life cycle, life cycle stage, life cycle cost, antiaircraft missile system, method, techniqueAbstract
The typical structure of the life cycle cost of an antiaircraft missile system is presented and the characteristic tasks in the field of technical and economic efficiency, which are solved at different stages of the product life cycle, are described. The main stages of the life cycle of the antiaircraft missile system are analyzed and a methodological approach is developed, which can be used as a basis for the formation of methods for estimating the life cycle of the anti-aircraft missile system, which includes a large number of weapons and equipment. The calculated ratios for estimating the cost of an antiaircraft missile system at different stages of the life cycle are given. It is shown that depending on the completeness and reliability of the initial data needed to estimate the cost of the life cycle of the anti-aircraft missile system, it is advisable to use a combination of analog-comparative and calculation methods. Modern anti-aircraft missile systems are complex science-intensive weapons and military equipment with a long service life. In this regard, decisions on the development, production and purchase of anti-aircraft missile systems of a particular type should be made on the basis of technical and economic assessment of the total cost of acquisition, ownership and disposal of the product. Therefore, life cycle costing is the most important step in supporting the decision to develop (purchase) antiaircraft missile systems. Thus accuracy of calculations and objectivity of this estimation allows to make the reasonable decision on expediency of participation in development and manufacture of antiaircraft missile complexes of concrete type at the set restrictions of financial and other resources with an estimation of possible risks.
The high cost and technological complexity of modern anti-aircraft missile systems necessitates the improvement of scientific and methodological approach to estimating the cost of life cycle of anti-aircraft missile systems, which should take into account both resource and time constraints and the need to improve quality and efficiency.
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Copyright (c) 2021 Валерій Володимирович Зубарєв,Борис Миколайович Ланецький,Вадим Володимирович Лук′янчук ,Іван Михайлович Ніколаєв,Олександр Валерійович Зубарєв
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