The city of L'Aquila has been the setting for the launch of the Italia Innovativa tour. During it, a fund of one billion euros was announced to continue the post-2009 earthquake reconstruction until 2029. In parallel, the modernization plans for Pescara Airport were presented, which aims to exceed 1.5 million passengers. Both projects, of reconstruction and development, find in 3D technologies a fundamental tool for their planning, execution, and control.
Digital twins for reconstruction and infrastructure management 🏗️
The effective management of a multimillion-euro fund and extended deadlines requires precision. Here, laser scanning and drone photogrammetry are key. In L'Aquila, they enable the creation of digital twins of ruins and damaged structures, documenting the precise state for restoration projects. At Pescara Airport, BIM technology integrates the new terminal, connectivity, and the announced photovoltaic system into a single 3D model. This model coordinates disciplines, avoids interferences, and allows simulating energy performance, ensuring that sustainability improvements are planned and monitored digitally before physical execution.
Beyond construction: visualization, transparency, and legacy 👁️
The value of 3D extends beyond the construction phase. For the citizens of L'Aquila, virtual reconstructions of historic buildings offer transparency and restore hope. For the airport, the tourist app can integrate 3D models of the region, enhancing the visitor experience. These digital models endure as an exact technical legacy, facilitating future maintenance and serving as an invaluable testimony to a territory's resilience process.
Would you animate the collapse process for forensic studies?