Modern artillery firing requires high precision and efficiency in delivering projectiles to the target. A significant factor influencing the trajectory of a projectile is the wind, an unpredictable natural force that can significantly alter the flight path, affecting accuracy and the success of hitting the intended target. This paper focuses on the importance of understanding and properly accounting for the impact of wind during firing, and presents a program for calculating this influence to enhance the speed, safety, and precision of artillery firing. The process of artillery firing is analyzed. The paper also considers external ballistics and mathematical models of air resistance, with a specific emphasis on the influence of the wind. The advantages of digital calculations over manual methods are also highlighted. The main idea of the paper is to underscore the significance of digitization in artillery firing. The program for calculating the wind's impact on the projectile's trajectory represents a advancement in the technological development of artillery, enabling more precise and rapid calculations while accounting for key variables. Through a deeper exploration of external ballistics, mathematical models, and a practical presentation of the program, the paper illustrates how digitization contributes to greater accuracy, efficiency, and success in modern artillery firing