Case study: LiDAR point cloud measurement for the Hungarian Museum of Science, Technology & Transport
2021
4500 M2
The Hungarian Museum of Science, Technology and Transport
Initially founded in 1899, the museum showcased Hungary’s transportation heritage, including rail, road, and waterway transport. Over the years, the Hungarian Museum of Science, Technology and Transport expanded its collection and underwent several relocations and renovations. The original museum building was demolished in 2017, and a new museum is planned to open in 2026, reflecting the rich history of Hungarian transportation and technical achievements.
Digital Preservation Initiative
For the Hungarian Museum of Science, Technology and Transport (Magyar Műszaki és Közlekedési Múzeum), we undertook the digitalization of Hall 37 prior to its demolition. This task was carried out with a specific focus on the various posters and signage that were displayed within the building. The primary objective of this project was to capture and preserve the essence of a building that is significantly connected to the history of Hungarian infrastructure. To achieve this, every point cloud measurement was conducted in full color.
Towards a Virtual Future
This approach was critical in ensuring that every aspect of the building, especially the signs, were documented with the utmost precision and detail. High-resolution photographic documentation was a key part of this process, allowing us to capture even the minutest elements that contribute to the building’s unique character and charm. These efforts have resulted in a comprehensive collection of information and imagery.
Utilizing this data, the development of a Virtual Reality (VR) model of the building is now a feasible goal for the future. This VR model would serve as a digital preservation, allowing users to experience and explore the building in its original state, long after its physical form has been removed. Such a model would not only be a tribute to the building’s historical significance but also a valuable resource for educational and cultural purposes.
Advanced LiDAR Technology for Comprehensive Digitalization
We’re harnessing cutting-edge LiDAR scanning tech to conduct thorough surveys of intricate industrial sites. Our pointclouds are crafted using top-tier software like Leica Register 360for the most exigent results. It includes both physical and functional aspects of industrial elements.
Conclusion
This project’s detailed documentation and advanced LiDAR technology are crucial in digitizing and preserving the surveyed building and possibly developing a comprehensive VR model in the future, effectively preserving and showcasing the building’s historical and cultural significance. This innovative approach not only memorializes the past but also can enhance educational and cultural experiences for the future.
