An investigation into the efficacy of an augmented reality (AR) application that visualizes internal laptop components (SSD, HDD, RAM, CPU, GPU, USB ports, and motherboard/buses) is the subject of this research paper. Participant evaluations of the augmented reality (AR) application encompassed a range of metrics, including performance, clarity of information, interactivity, accuracy of representation, simplicity of use, and overall satisfaction. These metrics were gathered through a survey. The findings suggest that a significant proportion of users are content with the application, as stated in the majority of evaluations for each criterion. In particular, the application garnered a high rating of interaction from 89% of the respondents, signifying that it offered an engaging and interactive experience. Moreover, it is worth noting that around 87% of the participants assessed the information regarding laptop components as plain or extremely clear, indicating that the information was effectively conveyed. The results of this study highlight the efficacy of the augmented reality (AR) application in delivering an engaging, enlightening, and intuitive encounter for individuals to investigate laptop components through augmented reality.

Index Terms- Augmented Reality, Mechanical Components, Usability Analysis