When a slab or pier-and-beam foundation in Beaumont starts moving, the fix is house leveling: lifting the low corners back to their engineered elevation and stabilizing them so they stay. It is not the same as foundation replacement, and it is not a cosmetic patch.
A crew starts with an elevation survey using a manometer or a laser level, measuring every 4 to 6 feet across the floor to build a map of the actual sag pattern. Then they cut a series of small access holes through the perimeter beam, drive concrete pressed pilings or steel piers down through the active clay zone to competent soil, and use synchronized hydraulic jacks to slowly raise each low point in half-inch increments. Interior drywall is monitored during lift. Once elevations are within a quarter inch of level (the industry-accepted tolerance for a lived-in house), shims are locked in, access holes are backfilled, and the site is restored.
Pier-and-beam houses are the easier of the two. The crew can crawl under the structure, see every pier, and re-shim or replace individual pads without cutting concrete. Slab work is more invasive: pilings have to be driven from outside the foundation and, on interior low spots, from inside through cut-outs in the flooring. Expect noise, dust, and 2 to 5 days of crew presence on a typical slab job.
A licensed contractor delivers an engineered scope (piling locations, target elevations, warranty terms) BEFORE work starts, uses manufacturer-spec pilings with lot numbers you can register, provides a post-lift elevation survey proving the job hit spec, and offers a transferable warranty. Anything less — a phone quote, an unbranded piling, no post-work survey, a hand-shake warranty — is not the standard for this market.
Doors that used to close now stick or drag. Windows that used to slide now bind. Diagonal step-cracks in exterior brick, especially at corners near downspouts. Crown molding pulling away from ceilings. Interior drywall cracks appearing above door frames or at wall-ceiling joints. Floors that feel sloped or bouncy in one part of the house but firm elsewhere. Fresh gaps under baseboards. Water pooling near the perimeter after a storm. Any two or three of those symptoms together — especially after a wet-to-dry season swing — warrant an evaluation.
House leveling gets more expensive the longer it waits, for two reasons. First, the differential settlement gets larger and more piers are needed to correct it. Second, secondary damage — plumbing leaks from stressed pipes, mildew from separated flashing, structural cracks in framing — starts to accumulate. A $6,000 pier-and-beam re-shim caught early can prevent a $22,000 slab job three years later.
A typical pier-and-beam re-level runs 1 to 2 days. A slab job with 10 to 15 concrete pressed pilings takes 2 to 4 days. Weather delays add time in the wet season.
Small hairline cracks in drywall are common after lift, especially in older plaster homes. Reputable contractors monitor the interior during lift and cap the recovery at safe increments, but touch-up drywall work is typically the homeowner's responsibility — often around $500 to $1,500 depending on the extent.
For most pier-and-beam jobs, yes. Slab work is louder and dustier — some homeowners prefer to stay elsewhere for the noisiest 2 days. There is no plumbing shutoff required for most jobs.
House leveling is a subset of foundation repair. Repair may include leveling, piling installation, drainage correction, root barriers, and slab crack repair. Leveling specifically refers to the lift-and-stabilize step.
Yes, a Texas Board of Professional Engineers (TBPE) licensed engineer can be brought in for a pre-repair assessment and a post-repair letter certifying elevations. This is often required by lenders or buyers in a home sale.
Fill in the form. A coordinator reads it, calls back, and pairs you with a licensed foundation contractor. Free callbacks — typically the same business day.
