Commercial Foundation Repair Burnet, TX.

What makes Burnet's ground hard on commercial slabs

Drive a few blocks across Burnet and the dirt changes under your feet. This is the Hill Country's transition zone, where decomposed granite, fractured limestone, and the occasional pocket of residual clay all sit within a few feet of the surface. For a building owner that translates into bearing conditions that change across a single footprint, one column footing may seat on competent limestone at eighteen inches while the footing twenty feet away rests on several feet of weathered granite grus that keeps consolidating under sustained load.

That patchwork is why settlement on a Burnet property rarely follows a tidy pattern. Instead of a whole slab tilting one direction, you get isolated low spots: a warehouse corner that drops, a tilt-wall panel that separates, a loading-dock pad that sinks while the rest of the floor holds. Solution-weathered limestone can also hide voids, so support under a column can change without much warning above ground.

None of that is the deep, uniform Blackland clay that drives repairs in San Antonio or Austin. The clay still cycles with moisture where it collects in joints and low spots, but the dominant force in Burnet is differential support over irregular rock, and that demands a repair method that finds bearing pier by pier rather than stopping at a fixed, assumed depth.

Movement worth measuring before it locks in

These are the signs that tend to bring Burnet facilities managers and owners to us, and they're easier to correct before a build-out or new equipment freezes the current elevation in place:

• Stair-step cracks marching up exterior brick, block, or a tilt-wall joint that's pulling open
• Trip lips or visibly uneven spots in a warehouse or retail slab, often near racking or column lines
• Exterior doors and roll-ups that rack out of square, drag, or won't seal at the threshold
• Drywall cracks fanning from door and window corners in office build-outs after a wet or dry season
• A loading-dock pad, ramp, or apron settling away from the building it serves
• Cracks that widen progressively between dry summers and wet stretches, a sign of active movement, not cosmetic curing

Built around commercial loads and your operating hours

Commercial structures load a foundation differently than houses do, and the repair plan has to respect that. Warehouse floors concentrate forklift point loads and pallet-racking weight at predictable grid lines; restaurant and retail slabs cycle thermally under HVAC and kitchen equipment; open-plan offices depend on slab flatness to keep partition walls and doors aligned. We set pier spacing from your actual structural tributary areas and the elevation data, not a generic grid, so the fix matches how the building is really used.

Every Burnet project opens with a free elevation survey accurate to ±0.01 in. (1/64 in.), mapped as a contour across the structure so the plan targets the real low points rather than wherever cracks happen to show. From there you get a written, engineer-backed scope before anyone drives a pier, with typical projects running $4,500 to $14,000 depending on pier count, access, and drainage. The stabilization carries a lifetime transferable warranty that follows the asset to the next owner, and financing is available so the work doesn't have to come out of one quarter's budget.

Most buildings stay occupied and operating while we work. Crews sequence from exterior and interior access points and we phase the job, after-hours or zone by zone, to keep downtime and disruption to tenants as low as the structure allows. We close out by re-surveying and handing over the stamped engineer documentation that owners, tenants, and lenders expect. Where standing water is feeding the soil movement, we'll flag drainage correction as a companion step, recommended only where it actually protects the foundation.

Burnet commercial foundation repair questions