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McQueeney · Guadalupe County

Foundation Inspection McQueeney, TX.

A measured look at what the ground under your McQueeney slab is actually doing, read from the soil profile up, not from a checklist.

The flat terraces the Guadalupe River left behind around McQueeney hide a soil column that behaves nothing like the thin, rocky ground a few miles west on the Edwards Plateau. These depositional clays are deep, moisture-hungry, and rich in smectite, the mineral that swells in the wet months and shrinks back during drought, lifting one corner of a slab and dropping another. A real inspection here starts at that soil profile, because a plan calibrated for Hill Country rock will badly under-read a terrace-clay lot.

What we hand you afterward is not a verbal walk-through. It is a contour map of your slab measured to ±0.01 in. (1/64 in.), a reading of which way the movement is running, and a written, engineer-backed plan grounded in the actual ground under your house. The survey costs nothing and commits you to nothing. Its job is to tell you, in numbers, what is happening beneath the floor before anyone talks about repair.

What the elevation survey is really measuring

The number that matters most on a McQueeney lot is the depth of the active zone, the band of soil shallow enough that seasonal moisture still changes its volume. In river-terrace deposits that zone often runs deeper than homeowners expect, sometimes well past ten feet, depending on how permeable the clay is and how far moisture migrates sideways from landscaping, a driveway, or the lake itself. Any pier that stops inside that band just rides the soil up and down with the seasons. The survey's purpose is to read where the movement is concentrated so the plan reaches past it.

Using a ZIPLEVEL PRO-2030 high-precision altimeter, the inspector takes elevation shots across the whole footprint and builds a contour picture of the slab. That picture tells us whether you are seeing perimeter settlement, the most common pattern out here, where edge soils dry faster than the protected interior, interior heave from trapped subsurface moisture, or both at once. The shape of the movement dictates everything downstream: where lift points go, how many piers the structure needs, and whether a drainage correction has to ride along with the structural work.

A frequent finding near McQueeney is settlement bunched at the corners next to an impermeable driveway or patio that funnels runoff toward the stem wall instead of away from it. One side stays saturated while the opposite side dries freely, and the slab racks between them, the kind of root cause a measured survey surfaces that a quick visual never would.

How the McQueeney inspection runs

01

Walk the visible signs, inside and out

We document the stair-step cracks in brick veneer, the doors racking at both latch and hinge, and the drywall fanning from corners, the surface story before we read the slab itself.

02

Shoot the elevation survey

The inspector maps your slab to ±0.01 in. (1/64 in.) with the ZIPLEVEL PRO-2030, marking the high and low points across the entire footprint.

03

Read the pattern against the soil

We interpret whether the contour shows perimeter settlement, interior heave, or a drainage-driven corner, and where the active clay likely ends before stable bearing begins.

04

Hand you the written report

You keep the survey data, a site-specific plan with pier locations and projected lift, and any drainage notes, all reviewed and approved by a licensed engineer, at no cost.

The survey is free and you owe us nothing

There is no catch and no high-pressure pitch at the end. You walk away with the measurements and the engineer-backed plan in writing, and whether you hire us is entirely your call.

When repair is warranted, GroundLock's galvanized steel piers are driven to refusal on load-bearing strata past the active clay, projects typically run $4,500 to $14,000, financing is available, and the work carries a lifetime transferable warranty, most homes stay occupied throughout.

McQueeney foundation inspection questions

Does being close to Lake McQueeney change what the inspection finds?
It often does. Properties near the river corridor and the water-table boundary can swell faster in the wet season and dry abruptly during summer drawdowns, so the contour map sometimes shows sharper differential movement than a lot farther from the water. We read that into where the active clay likely ends before recommending pier depth.
My house dates to the '70s, does the slab age matter?
The era matters less than where the slab sits in the soil. Many homes from the '70s and '80s were poured right in the active clay layer, so their cracks track the wet-dry seasons rather than the calendar. The survey tells us how far that slab has actually moved, regardless of when it was built.
Can a written report tell perimeter settlement from interior heave?
Yes, and that distinction drives the whole plan. A contour that dips at the edges points to perimeter settlement, where the exposed soil dries faster than the protected interior; a high spot in the middle points to heave from trapped moisture. Pier placement and lift counts come straight from which pattern the elevation data shows.
Will you flag a drainage problem during the inspection, or only the slab?
Both. A common cause out here is a driveway or patio steering runoff back toward the stem wall, soaking one side while the other dries. Where that is feeding the movement, the report notes the regrade, aiming for roughly six inches of fall over the first ten feet, alongside the structural plan, because piering without managing the water leaves the root cause in place. We handle drainage correction where it protects the foundation.
Should I already be watering the foundation, and where?
In a hard Central Texas drought, steady soil moisture helps. Run a soaker hose evenly around the house, set back about 18 to 24 inches from the stem wall, so you keep the clay from pulling away without saturating the footing. Consistent beats heavy and occasional, and the inspector will tell you if your lot actually needs it.
How long is the inspector at my house?
Usually 45 to 90 minutes on site, depending on the size of the home and how much access there is around the slab. The elevation shots and the visible-sign walk-through both happen during that visit, and you get the written plan to keep.
We're thinking of selling, is a documented inspection worth it first?
Generally yes. In a lakeside community where homes change hands often, an engineer-backed report and a transferable lifetime warranty remove the buyer's biggest unknown. What scares buyers off is an undisclosed or unaddressed foundation question, not a measured, documented one.
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Get your free foundation inspection.

A licensed inspector measures your slab elevation to ±0.01 in. (1/64 in.) and gives you a written, engineer-backed plan with zero pressure.