Foundation Settlement Repair Burnet, TX.

Why settlement in Burnet looks lopsided

Burnet sits in the Hill Country transition zone, and the ground under a typical foundation here is anything but consistent. You might have a few inches of sandy loam or decomposed granite in one corner of the lot and limestone almost at grade fifty feet away. Wherever a builder had to cut and regrade, there's usually a pocket of clay-rich fill on top of that uneven rock. The result is differential movement: a slab drops in one spot while the rest stays put, instead of the whole-house subsidence people associate with the deep Blackland clays farther east.

That irregular bearing is also why the cracks point a certain way. When a footing straddles the line between competent limestone and softer weathered material, the slab racks rather than settles flat, so you get diagonal cracks running off window and door corners, a jamb that suddenly binds, and in pier-and-beam homes a center-of-the-house dip where the beam spans are longest and the original soil contact was always the most variable.

The drivers are different here, too. In clay country the story is swell-and-shrink with moisture. On Burnet's rockier ground the usual culprits are footings that never reached competent bearing, thin soil columns eroding out from around the footings, and uncompacted fill slowly collapsing over the uneven rock below.

Steel piers to bedrock, and why the pier type matters here

Decomposed granite grus, weathered granite that crumbles into sand-sized grit, feels solid when you stand on it but has almost no cohesion under sustained load. A footing or a layer of fill resting on grus instead of reaching the rock underneath will keep creeping. That's the failure mode we're built to stop.

Our fix is galvanized steel piers driven hydraulically, under the actual weight of your house, until they hit refusal in the dense limestone or granite below the active soil zone. The distinction from pressed-concrete piers is real on this terrain: a pressed pier can seat early on a buried cobble or a shallow caliche lens and read as 'done' while the soil around it keeps shifting. A steel pier advancing to hydraulic refusal under the building's own load gives independent proof the tip reached material that can actually carry the weight.

Because those piers terminate in rock rather than soil, the supported sections don't ride the wet-and-dry seasons anymore, which is exactly what the lifetime, fully transferable warranty stands behind. Most homes stay occupied throughout, and the typical Burnet project lands between $4,500 and $14,000 depending on pier count, access, and drainage.

How a Burnet settlement repair actually goes

Signs the ground under your slab is giving way

On Burnet's uneven bearing, these tend to show up in a single area before they spread, catch them early and the pier count is usually small:

• A visibly low corner, or a floor that slopes or feels bouncy toward one side of a room
• Diagonal, stair-step cracks above doors and windows or in the exterior brick
• Interior doors that have slowly gotten harder to latch over two or three seasons
• A gap opening where the wall or trim meets the ceiling
• Cracks in the slab itself, often near the garage or a center beam line
• New cracking that appears after a baking-hot summer is broken by heavy spring rain

Questions Burnet homeowners ask us