Artillery, as one of the oldest and most important military branches, has undergone a prolonged process of evolution from its beginnings to the present day. From the first gunpowder cannons in China in the 9th century to modern high-tech artillery systems, artillery has continuously advanced to adapt to changes in military strategies, technologies, and tactics. In the conditions of warfare, the influence of fear, stress, and other undesirable emotions can question the accuracy of artillery calculations in the preparation of firing elements. This assertion has sparked the topic of this paper, which is based on the use of computers in such conditions. In the modern age, artillery has experienced significant technological innovations, including the use of precision rocket systems, multiple rocket launchers, and advanced computer systems for the preparation of firing elements. The use of computers in the preparation of firing elements enables military forces to maintain a tactical advantage and effectively adapt to the dynamic challenges of contemporary conflicts. To address these issues, it is necessary to understand how artillery computing enables the precise calculation of parameters such as elevation, distance, and weather conditions. This paper presents the impact of digitalization on modern artillery and compares traditional calculation of firing elements using firing tables with the use of computers in the preparation of firing elements.