Sinking Foundation Repair Georgetown, TX.

West of the Balcones Escarpment, the ground under a Georgetown house plays by its own rules. The residual soil over the Edwards Group limestone can be startlingly shallow, sometimes a foot or two before a hydraulic ram hits fractured rock, yet that thin layer still holds enough clay to shrink in a dry August and swell after a wet front. Because the limestone surface rolls and dips beneath your lot, one bay of the slab can be bearing almost directly on rock while the bay beside it rests on compressible clay. That mismatch is what drops a corner.

Homeowners here usually notice it as a door that suddenly won't latch or a hairline that fans out from a window frame, then talk themselves into "the house is just settling." In Georgetown it rarely is. What you're seeing is isolated settlement, a localized loss of support that compounds quietly until the patch you keep painting over cracks again. The fix isn't cosmetic; it's getting the slab off the moving clay and onto the rock underneath.

Signs a Georgetown slab is sinking

If you're seeing a cluster of these, especially concentrated on one side of the house, it's worth a measured look:

• A diagonal crack running off a door or window corner, the most reliable early tell of differential settlement.
• One room or hallway where the floor noticeably pitches, or feels lower than the rest of the house.
• Stair-step cracks climbing through exterior brick or stone mortar joints on a single elevation.
• Doors and windows that rack out of square, drag, or won't latch on the affected wall.
• Gaps opening where trim or the ceiling meets the wall, or daylight under a slab edge.
• Horizontal mortar cracking, which points to heave rather than sinking and needs a different diagnosis, tell us if you see it.

What we're piering to, and why galvanized steel

Repair here means hydraulically driving galvanized steel piers down through the active clay zone until each one seats against sound limestone or a dense transition layer that shows consistent refusal under the ram. In Georgetown that's a depth we verify pier by pier, never a number copied across the job, because the rock surface is irregular, two piers ten feet apart can reach refusal at very different depths. Pressed-concrete piers tend to stop short inside the moving soil, which is exactly the layer you're trying to escape.

Steel earns its place here for a second reason: where weathered limestone contacts organic clay, the soil chemistry runs mildly aggressive, and the galvanizing protects long-term pier integrity in a way bare metal can't. On the cut-and-fill lots common across Georgetown's sloped subdivisions, there's a third wrinkle, engineered fill consolidates at a different rate than the native rock beside it, so the repair plan has to account for where fill ends and bedrock begins.

A typical Georgetown project lands between $4,500 and $14,000, driven by pier count, access, and whether drainage correction belongs in the scope. Because every job is engineered from a real elevation survey rather than guessed from the curb, you don't pay for piers you don't need, and you don't skip the ones that matter.

How a Georgetown repair actually runs

Georgetown sinking-foundation questions