The relevance of the presented research is due to the expediency of rationalizing the technical and economic indicators of plastering production by introducing innovative technologies that reduce the labor intensity and cost of these processes. In the context of active digitalization of the construction industry, the integrated integration of traditional design and construction methods with BIM technologies is also of particular importance for the development of a system for assessing real estate objects at all stages of the life cycle. The article presents the results of production tests of a patented technology for performing improved and high-quality plastering using innovative frame equipment. A comparative analysis has been conducted with the traditional technology of plastering using steel galvanized beacons. It has been experimentally confirmed that the proposed improved method of work production allows for a significant reduction in the cost of work by 23-30%, while simultaneously reducing. Subject: The article examines the time and economic performance of the proposed technology in comparison with the traditional method of plastering using steel galvanized beacons, as well as its impact on the accuracy of real estate assessment and management at various stages of the life cycle using BIM technologies. Materials and methods: Analysis of the state of the issue, comparative efficiency and detailing of the essence of the proposed technological equipment, description of the features and sequence of testing the experimental sample, and modeling of technical and economic indicators based on the results of production tests of the innovative development.
plastering; beaconless technology; BIM modeling; reduction of material consumption; object lifecycle; digitalization of construction
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