Advanced IIoT Emulation of Launch Platform: A Modern Approach for Military Weapon Systems

Abstract

This study explores the advanced technical capabilities of a missile launching system, focusing on key elements that enhance performance. It emphasizes the precise control of the inclination angle achieved through the integration of gyro sensors and an Inertial Navigation System (INS), which facilitates accurate trajectory calculations and effective target interception. The research highlights the robustness of the hook lifting process, which effectively merges Cold and Hot Start capabilities, thereby improving the system's adaptability to dynamic environments and enabling rapid modifications for operational efficiency. Additionally, the ignition sequence is analyzed as a model of technological sophistication, incorporating electrochemical, chemical, and mechanical systems to ensure reliability during launch. Overall, the missile launching system is presented as a cutting-edge solution, characterized by its adept handling of inclination control, hook lifting, and ignition processes. This work significantly contributes to missile technology by providing a comprehensive framework that ensures exceptional accuracy and versatility in target tracking and interception, while also emphasizing safety measures, IoT integration, and advanced sensing technologies that enhance the system's resilience and potential as a modern missile guidance platform.