What Should Property Managers Know Before Commissioning Federally-Funded Paving in Colorado Springs?
June 24, 2026
Federally-funded paving in Colorado Springs is commercial pavement work financed through federal grant programs such as CDBG, FHWA allocations, or HUD accessibility grants, each carrying strict compliance obligations that property managers must satisfy from application through project closeout. This guide covers funding sources and eligibility, federal compliance mandates, procurement rules, climate-driven specifications, inspection and reporting
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What Are the Asphalt Maintenance Priorities for High-Turnover Retail Centers Along Academy Boulevard?
June 23, 2026
Asphalt maintenance for high-turnover retail centers along Academy Boulevard is a structured program of preventive treatments, severity-based repairs, and long-term planning designed to protect pavement under Colorado Springs’ uniquely harsh conditions. This guide covers Academy Boulevard’s environmental and traffic stressors, common pavement distresses in retail lots, severity-based repair prioritization, seasonal scheduling, the revenue impact of
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How Do You Navigate Colorado Springs’ Updated Drainage Criteria Manual for Commercial Paving?
June 22, 2026
Colorado Springs’ updated Drainage Criteria Manual (DCM) is the city’s consolidated regulatory document governing stormwater detention, water quality treatment, erosion control, and best management practices for all commercial development and redevelopment sites. It carries binding enforcement authority under the city’s MS4 Permit, Consent Decree, and Intergovernmental Agreement with Pueblo County. This guide covers the manual’s
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Why Do Expansive Clay Soils Cause Parking-Lot Heaving Across the Pikes Peak Region?
June 22, 2026
Expansive clay soil heaving in the Pikes Peak region is the upward displacement of parking-lot pavement caused by moisture-sensitive clay minerals in the subgrade that swell when wet and shrink when dry. The Pierre Shale and Dawson formations underlying much of Colorado Springs contain montmorillonite, smectite, and illite clays capable of generating forces that far
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