From patch work to protection: Closing fire safety policy gaps across the United States through strategic litigation and model code Advocacy

Wandabwa, Joseph (2025) From patch work to protection: Closing fire safety policy gaps across the United States through strategic litigation and model code Advocacy. World Journal of Advanced Research and Reviews, 26 (3). pp. 1236-1255. ISSN 2581-9615

Fire safety in the United States remains hindered by a fragmented regulatory landscape, where inconsistent code adoption, underenforced compliance, and uneven resource allocation expose communities to preventable harm. Despite decades of advancements in fire science and engineering, thousands of lives are lost each year due to outdated local codes, lax inspection regimes, and policy resistance rooted in political or economic inertia. This policy patchwork disproportionately affects marginalized and high-risk populations, especially in rural areas and the wildland-urban interface, where the gap between recommended best practices and local enforcement continues to widen. This article critically examines how strategic litigation and model code advocacy can be leveraged to close these fire safety policy gaps. Drawing on case studies, judicial precedents, and the evolution of model codes such as the International Fire Code and NFPA 1, it outlines how legal challenges can mandate code upgrades, compel compliance in neglected jurisdictions, and trigger broader regulatory reforms. It also explores how model code advocacy—led by coalitions of fire professionals, insurers, and community groups—has successfully influenced state and local adoption through data-driven persuasion and legislative engagement. By evaluating both proactive and reactive legal strategies, the article presents a framework for transitioning from ad hoc governance to a more uniform and accountable national fire safety system. The work underscores that in the absence of federal mandates, litigation and advocacy serve as vital levers for enforcing equity, ensuring resilience, and protecting vulnerable populations in an era of increasing fire-related risks.