570-574 Filbert St, San Francisco, CA 94133

The 7-unit, 3-story multi-family residential building at 570-574 Filbert Street in Telegraph Hill, built in 1907, has undergone significant renovations and improvements over the past two decades. The property has seen substantial unit upgrades from 2009 to 2017, including multiple kitchen and bathroom remodels across various units, electrical system upgrades, and foundation repairs. Notable improvements include foundation work in 2009 ($12,000), comprehensive unit renovations in 2009-2013, and substantial remodeling of the first-floor front apartment in 2015-2017 ($40,000). The building's mechanical systems have also been modernized, with multiple furnace installations and replacements documented between 2009 and 2017.

The building has experienced several maintenance and safety-related issues that were addressed over time. These include a 2009 incident involving improper asbestos removal, 2006 concerns about stair repairs and fire escape maintenance, and a 2000 violation regarding illegal unit use that was subsequently abated. Recent fire incidents have been minor, consisting of two carbon monoxide detector activations and a contained cooking fire, all with no reported injuries. The property has had recurring issues with garbage and debris on the surrounding streets, as evidenced by multiple 311 calls in 2024, though these are external to the building itself.

Additionally, there was one instance of black mold reported in 2006, which was resolved promptly. The most recent significant building improvement work occurred between 2015-2017, focusing on the first-floor unit remodel and associated systems upgrades. The building has maintained active compliance with building codes since the resolution of previous violations, and recent permits indicate ongoing property maintenance and improvements. The property's location has experienced typical urban challenges with street maintenance, as evidenced by 311 calls, though these relate to public spaces rather than the building's internal conditions.