Most San Angelo homes sit on a slab-on-grade foundation — and on clay-loam soil that lifts one edge while another drops. We diagnose which way your slab is moving and stabilize it.
A concrete slab feels like the most solid thing about your house. But it's only as stable as the few inches of soil directly beneath it — and in San Angelo, that soil is constantly changing size. When a wet season saturates the clay-loam under your slab's perimeter, that edge swells and lifts. When drought pulls the moisture back out, the edge drops. The center of the slab, insulated by the house above, moves on a different schedule than the edges. The result is a slab that's no longer flat — and a rigid concrete pad has to crack to accommodate the bend.
There are two classic failure patterns we look for:
Which pattern you have changes the fix. That's why we measure the slab's actual elevations during the inspection instead of guessing from the cracks alone.
Seeing two or more? It's worth a free inspection to catch the cause before it spreads.
We walk the property, measure floor elevations across the slab, and identify whether you have edge lift, settling, or heave — and what's driving the moisture change.
You get a plain-language explanation of what's happening and a written estimate with the recommended method and number of support points. No obligation.
For a settling slab we install support beneath it — pressed concrete pilings or steel push piers driven to stable load-bearing strata — then lift the slab back toward level and lock it in.
For lighter slabs, garage floors, and voids under the pad, polyurethane foam injection (slab lifting) raises and stabilizes without heavy excavation.
We flag the drainage, grading, or plumbing issue that let the soil move in the first place — because stabilizing the slab without fixing the cause just resets the clock.
Here's the part a lot of slab-repair pitches skip: in San Angelo, the repair is only half the job. Because the region's rainfall swings so hard — from single-digit-inch drought years to 40-inch wet years — a slab that's perfectly leveled today will face the same soil cycling tomorrow. Long-term stability comes from pairing the structural fix with moisture management: getting water away from the foundation in wet spells and keeping the perimeter soil from bone-drying in drought. We build that into the recommendation instead of selling you the same repair twice.
Tell us what you're seeing. We'll find the cause and give you a written estimate before any work begins.
Both transfer your foundation's weight down to stable soil, but they get there differently. Pressed concrete pilings are segments driven down using the home's own weight; steel push piers are driven to deeper, firmer strata and can reach load-bearing capacity more reliably in variable soil. We recommend the one that fits your soil profile and structure — and explain why in the estimate.
In most cases, yes. Pier and piling installation is done at specific points around the perimeter, and foam leveling is nearly non-invasive. We restore the work areas when we're done. The inspection tells us exactly how many access points your slab needs.
Not necessarily. Some slab cracking is shrinkage from curing and is cosmetic. A crack becomes a concern when it has vertical displacement (one side higher than the other), keeps widening, or pairs with sticking doors and sloping floors. We'll tell you which kind you have.
Many residential slab repairs are completed in one to three days depending on the number of support points. Foam leveling is often same-day. You'll have a firm timeline in your written estimate.
Local soil, rainfall, and climate figures cited above are drawn from public, authoritative records so you can verify them independently.
Free inspection, written estimate, and a repair matched to your soil — not a sales pitch.
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