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10 I What the Evidence Collectively Establishes <br />The sources in this packet come from Ramsey's own records, Minnesota governmental guidance, fire -code material, <br />NFPA operational standards and municipal comparisons. Read together, they establish several consistent points: <br />Ramsey's 600-foot standard addresses a legitimate municipal planning subject. Street length is part of Ramsey's <br />existing engineering framework, and Ramsey has recently administered the standard separately from Fire Department <br />acceptance. <br />Minimum Fire Code compliance and comprehensive street policy answer different questions. Fire Code <br />establishes minimum apparatus -access requirements. Connectivity, redundant access, infrastructure efficiency and actual <br />apparatus deployment remain separate considerations. <br />Minnesota governmental guidance recognizes those broader considerations. MnDOT identifies fragmented street <br />systems as impeding emergency access; Met Council identifies improved connectivity as a planning challenge for <br />Ramsey's community type; Minnesota site -design guidance addresses cul-de-sac minimization, street length and <br />secondary access. <br />Ramsey's own departments have recognized the value of redundant access. Fire, Police and Public Works have <br />each documented concerns or operational benefits associated with providing a second route to a long single -access <br />street. <br />Ramsey's emergency -response environment is changing. Fire calls increased approximately 55% from 2021 through <br />2024. Police continues to respond to serious residential incidents, and Ramsey Police has specifically stated that <br />redundant access can improve its ability to render aid. <br />Road length has a measurable infrastructure -efficiency consequence. Holding development yield constant, a <br />3,000-foot street requires five times the roadway infrastructure of a 600-foot street. Ramsey's own reconstruction <br />precedents demonstrate that additional roadway carries real lifecycle exposure. <br />The record therefore supports treating cul-de-sac length as a citywide planning decision involving multiple <br />municipal interests, rather than reducing the question to whether a particular road can satisfy minimum Fire <br />Code. <br />Questions for Council <br />1. What problem is repeal intended to solve that the existing variance process cannot address? <br />2. If the objective length standard is removed, what objective safeguards will replace the predictability it currently <br />provides? <br />3. How will future reviews account for connectivity, redundant access, infrastructure efficiency and Ramsey's actual <br />apparatus operating requirements? <br />4. How should Ramsey account for increasing Fire/EMS demand over the service life of streets approved today? <br />5. If longer streets are appropriate under particular circumstances, should those circumstances be addressed through <br />defined exceptions rather than elimination of the underlying benchmark? <br />Accuracy note: Numerical modeling assumptions and model -guidance provisions are identified as such on the pages where they appear. They <br />are not presented as project -specific estimates or binding state requirements. <br />October 13, 2026 i Ramsey cul-de-sac / dead-end street policy Page 11 <br />