Mixed Reality (MR) technologies are increasingly used in construction to support inspection, visualization, and coordination. Despite growing adoption, the scientific understanding of how construction professionals evaluate the perceived value of MR technologies remains limited, particularly in the early stages of implementation. This study addresses the research gap by examining the scientific and applied dimensions of MR value, with a focus on usability and adaptability in construction environments. A cross-sectional survey of 129 construction professionals was conducted, and the data were analyzed using statistical methods including T-tests, exploratory factor analysis, and regression modelling. The results show that perceived value is not significantly influenced by device modality but is strongly determined by usability factors, particularly ease of use (β = 0.330, p = 0.003) and adaptability to site conditions (β = 0.206, p = 0.029). These findings contribute to scientific literature by conceptualizing perceived value as a multi-dimensional construct and provide practical insights for optimizing MR adoption in construction workflows. The study provides exploratory empirical evidence supporting user-centered design considerations for MR implementation and highlights the importance of contextual robustness for technology adoption in construction environments.
Khurram et al. (Fri,) studied this question.