Application of ground-based modular platforms in the modernization of shooting ranges - smart target carriers

This paper explores the application of ground-based modular platforms as smart target carriers in modern shooting ranges, aimed at enhancing the precision, adaptability, and technological integration of training systems. Traditional shooting ranges, relying on static or semi-automatic targets, fail to meet the dynamic needs of contemporary military and law enforcement training. Ground-based modular platforms offer a significant advancement by enabling mobile, autonomous target carriers equipped with hit detection sensors and real-time data collection capabilities. These platforms integrate advanced technologies such as GPS, LIDAR, and artificial intelligence, facilitating realistic, complex training scenarios. The paper discusses the technical characteristics, advantages, and potential of these platforms, including the automation of training, detailed performance analysis, and the ability to simulate combat conditions. By replacing conventional target systems, smart platforms provide increased training efficiency, safety, and cost-effectiveness, paving the way for the modernization of shooting ranges and contributing to the digital transformation of military and law enforcement training environments. Additionally, the paper includes a set of comparative results that demonstrate the operational benefits of implementing the proposed system.