Remotely Operated Loading System: Design, Analysis, and Implementation

Abstract: Remotely operated systems are reshaping industrial automation by offering safer, more reliable alternatives to manual handling tasks. In this study, we present the conceptualization, structural evaluation, and practical implementation of a Remotely Operated Loading System (ROLS), developed to enhance precision and reduce physical strain during material insertion processes. The system integrates a cylindrical actuator (CYB1), a precision-aligned guide mechanism, and a springactuated mechanical latch, all controlled remotely through an RF-based interface. To ensure reliability and durability, Finite Element Analysis (FEA) was carried out using ANSYS 19.2. The analysis confirmed that critical components exhibit minimal deflection, optimal stress distribution, and maintain high safety margins under expected load conditions. The system demonstrates potential for safe, repeatable operations in settings like research laboratories, compact industrial units, and military applications.