Worker Trapped After Medieval Tower Collapse in Rome
Firefighters in Rome are working to rescue a worker trapped beneath the rubble of the Torre dei Conti, a medieval tower near the Roman Forum, after a partial collapse during renovation work today.
The incident occurred Monday, November 3, 2025, with initial reports of a collapse around midday followed by further structural failures as rescue efforts began. Three workers were rescued unharmed after the first collapse, but another worker, 64, was hospitalized in critical condition. Firefighters initially attempted access via aerial ladders but were forced to retreat due to continued instability, utilizing drones and eventually large tubes to remove debris. Rome’s Prefect Lamberto Giannini confirmed “signs of life” from the trapped worker and stated that protective measures were taken during an earlier rescue attempt.
Witnesses described a chaotic scene as the tower crumbled. “I was working and then I heard something falling, and then I saw the tower collapse in a diagonal way,” said Queen Paglinawan, 27, a local gelato shop worker. German student Viktoria Braeu, 18, recounted seeing the structure “erupting” just as firefighters were attempting a rescue. The Torre dei Conti, built in the 13th century, has a history of damage, including from a 1349 earthquake and subsequent collapses in the 17th century – highlighting the challenges of preserving Rome’s historic architecture.
Authorities, including Rome Mayor Roberto Gualtieri and Italian Culture Minister Alessandro Giuli, are at the scene. Federico Mollicone, chairman of the parliamentary culture committee, expressed concern for the trapped worker and acknowledged the risks taken by firefighters. The ongoing rescue operation is expected to be lengthy and complex, officials said, as they continue to work to stabilize the structure and reach the individual. You can find more information about the Torre dei Conti on RomeTour.org.
Officials stated the operation will continue through the night, prioritizing the worker’s safety while mitigating risks to rescue personnel.
