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This article explores the use of targeting in simulations of anti-surface operations conducted by the Mil Mi-24 helicopter. Anti-surface air operations refer to air power operations against ground forces to achieve the joint force commander's objectives. The article presents an experiment that focuses on the tactical support of ground units in an offensive operation, using statistical techniques to estimate operation results. The experiment tests the hypothesis that employing a flight and squadron of helicopters reduces the time required to destroy enemy units and decreases casualties compared to using a flight of helicopters only. The simulations demonstrate that air support plays a crucial role in increasing the success rate of destroying enemy units while saving lives, and the results can inform the decision-making process of ground commanders and targeting processes. [Extracted from the article]

The article presents an experiment performed in the MasaSword version 6.17.1 environment in evaluating the effectiveness of an attack on ground targets within a close air support mission to an opponent on the march or in a defensive position, or in an attack. The ground unit commander has performed an analysis of available firepower based on aerial reconnaissance and he decided to use the allocated aircraft with different types of ammunition. The key element is the effect of selected weapons and ammunition on the enemy's targets according to the required level of target elimination. The article also evaluates the possibilities offered by the use of MasaSword in the decision-making process of the commander when making decisions. [ABSTRACT FROM AUTHOR]