When a slope becomes a problem, a retaining wall becomes a solution—if it’s built correctly In Saint John and across Northwest Indiana, retaining walls do more than “hold dirt.” A properly designed wall can stop erosion, create level outdoor living space, protect patios and driveways from runoff, and make a sloped backyard usable again. But walls fail for predictable reasons—poor base prep, wrong backfill, missing drainage, or building a taller wall than the site can support. This guide breaks down what experienced retaining wall builders look for, what homeowners should ask before work begins, and how to avoid common (and expensive) wall failures—especially in clay-heavy soils and freeze/thaw conditions common to our region. What a retaining wall should accomplish (beyond looks) A retaining wall is a structural landscape feature. Even “short” walls can experience significant pressure from saturated soil, heavy rain events, and winter frost. When built correctly, your wall […]
Tag: base compaction
Paver Patio Installation in Saint John, IN: A Homeowner’s Guide to a Patio That Handles Midwest Weather
Build it once. Enjoy it for years. A great paver patio isn’t just about choosing a nice color blend—it’s about what’s under the pavers and how water moves around (and away from) the space. In Saint John and the Chicago Southland/Northwest Indiana region, freeze–thaw cycles, clay-heavy soils, and seasonal downpours can expose shortcuts fast. This guide explains what “quality installation” really means, what to ask before you sign, and how to protect your investment long-term. What “quality paver patio installation” actually includes The best-looking patio can still fail if the foundation isn’t engineered for your site. A professional paver patio installation typically includes: 1) Site evaluation and grading plan Your contractor should assess slope, drainage paths, downspout discharge, soil conditions, and where water will go during heavy rain and spring melt. 2) Proper excavation depth A stable patio starts with removing the right amount of soil—not “skimming” the surface. Depth […]