1506-1510 Leavenworth St, San Francisco, CA 94109

The three-unit residential building at 1506-1510 Leavenworth Street in San Francisco's Nob Hill neighborhood is a three-story structure built in 1900, currently owned by Kenneth M. Bermudez. The property has undergone significant renovations and improvements over the past decade, with the most substantial work occurring in 2016 when an $80,000 electrical rewiring project was initiated to modernize the building's lighting and outlets while maintaining fire safety standards.

In 2017, multiple permits were issued to address items identified in physical inspection report CC-7750, including kitchen and bathroom remodels ($40,000 total) and various plumbing and electrical improvements. The building has experienced some notable maintenance and safety issues over its history, particularly in 2001-2008, when violations included problems with rear stairs/landing members, handrails, roof safety features, and expired fire extinguishers, though all of these violations were officially abated by December 2008. More recent issues include a 2022 complaint about the garage configuration, where it was reported that the conversion from three to four parking spaces resulted in access problems for three of the four spaces.

The property underwent a 3-unit condo conversion process, which was approved by the Planning Department, further indicating significant investment in the building's infrastructure and modernization. The building's recent history is marked primarily by routine inspections and maintenance work, with the most recent routine inspection recorded in 2016. A review of 311 calls from 2021-2024 shows patterns of sidewalk cleaning and parking enforcement issues near the property, though these are external to the building itself. The combination of completed major electrical, kitchen, and bathroom renovations, along with the resolution of historical violations, suggests a generally well-maintained building structure, though the most recent garage access complaint from 2022 indicates that some systems may still require ongoing attention.