515 Broderick St, San Francisco, CA 94117

515 Broderick Street is a three-story, five-unit multi-family residential building constructed in 1923, currently owned by the Adam Pierce Trust. The building has undergone several significant safety and maintenance improvements in recent years, including a complete reroofing in 2021 ($28,900), a fire system upgrade with low-frequency sounders installation in 2023, and a completed soft-story retrofit in 2017 ($50,000) to comply with San Francisco building codes. The property has experienced recurring moisture issues, with documented mold problems in 2014 and 2016, though these complaints are now inactive.

Historical violations from 2006 indicate various maintenance issues that were subsequently resolved, including problems with window hardware, smoke enclosure doors, gas meter instructions, and rodent infestation. The building's maintenance history shows regular attention to structural and safety requirements, with a completed termite repair in 1990, reinforcement of steps in 2000, and multiple street space permits. Recent improvements include electrical upgrades for the fire alarm system in 2023 and the installation of a Ufer ground system in 2017. The property has had minimal fire-related incidents, with only one recorded smoke detector activation in 2007 that resulted in no injuries.

External to the building itself, there have been various city service requests in the vicinity, primarily related to parking violations and street maintenance issues, with the most significant incident being a sewage backup in 2021 that was promptly resolved. The building's documented history reflects a pattern of addressing both routine maintenance and significant safety upgrades, with all major work now complete under the soft-story retrofit program. While there have been past concerns regarding mold and rodent issues, these have been addressed through subsequent repairs and improvements. The most recent building permits and violation resolutions indicate active management and compliance with current safety standards.