With the support of AR technology, the operational instructions, assembly procedures, maintenance recommendations, troubleshooting guides, and other electronic information in IETM (Interactive Electronic Technical Manual) can be transformed into visualized virtual content, providing a more intuitive and vivid user tutorial. The integration of AR technology with IETM manuals enables users to learn and understand relevant knowledge more quickly while reducing operational errors and occurrences of malfunctions.

By leveraging AR technology, it is possible to identify and rectify assembly issues and errors in advance through simulation and virtualization. With the integration of object recognition algorithms and model tracking capabilities, the virtual and real-world alignment achieves millimeter-level accuracy and instant recognition, ensuring stability and reliability. By overlaying virtual content onto actual equipment, assembly guidance becomes smoother, making the training process more engaging and comprehensible. Learners can engage in real-time practice and receive interactive feedback, thereby enhancing the effectiveness of training.

The introduction of AR technology provides a more intuitive and visual way of working. Designers and researchers can engage in real-time collaborative design reviews, observe and evaluate design concepts, models, and prototypes, thereby reducing design rework and costs. By leveraging the various virtual environments offered by interactive networks, one can thoroughly examine the design concepts of weapon systems, assess their operational feasibility, and validate the technical performance indicators. This approach ensures that the performance specifications of weapons align closely with the requirements of actual combat scenarios.