Slab & pier-and-beam · Lifetime transferable warranty

House leveling, measured in tenths of an inch — not eyeballed.

House leveling in San Antonio, Austin, and the towns between brings a settled house back toward the elevation it was built at — the floor that slopes, the doors that rack, the corner that dropped after the drought — and the piers underneath make it stay. Every lift here starts and ends with the same instrument: the elevation map — book a free foundation inspection and we'll shoot yours.

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ORIGINAL ELEVATIONSETTLED EDGEACTIVE CLAYSTABLE STRATA

The honest version

“Level” is a measurement, and sometimes a judgment call.

No house in Central Texas is dead-level — slabs are built to a tolerance, and decades on expansive clay move everything some amount. What matters is differential elevation: one corner two inches below the rest is a structural problem; a quarter-inch drift across forty feet is a Tuesday. Our inspection maps your floor in a grid of readings, so the leveling conversation starts from numbers — how far, which direction, still moving or done — instead of from a salesman's wince. If the map says your slope is cosmetic, we'll tell you that, free, in writing.

When the readings do justify a lift, the goal is the house's own original plane — recovered carefully, in stages, with the map re-checked between every stage. Doors that stuck start latching mid-job; it's the most satisfying afternoon in this trade.

What “level” actually means when the job is done.

Set the expectation before the rams do: leveling returns the floor toward tolerance, not to laser-flat. Studies of slab construction have found most slabs leave the builder with more than a half inch between their highest and lowest points, and engineers judge a floor by the rate of change across it rather than one total number. An inch spread across the whole house is invisible; the same inch inside ten feet cracks drywall. Our lift works against your elevation map in tenths of an inch until the readings sit back inside that normal band. Pushing past it to chase perfectly flat trades nothing structural for cracked tile and repointed brick, so we stop where the engineering says to stop. The target is function and stability: doors that latch, a floor you cannot feel slope, and a foundation that holds the readings it left with.

How a lift actually runs

Five steps, each one documented.

01

Elevation survey

A grid of floor readings across the whole house establishes how far each area sits from the original plane — the before picture, in tenths of an inch.

02

Pier plan

Piers are marked where the readings demand support — typically every 6 feet along the affected run, with corners getting priority. The plan and per-pier price are the quote; here's the napkin math behind an honest pier count.

03

Support installation

Steel, concrete, or hybrid piers go in beneath the grade beam — driven or pressed until the soil proves it's carrying the load. For pier-and-beam homes, this step happens in the crawlspace instead: beams, sills, and blocks.

04

The staged lift

Hydraulic rams at each pier raise the settled section in small increments. Between stages we re-shoot elevations — lifting to the map, not to the eye.

05

The after map

You get the final elevation survey alongside the original: the same grid, re-measured, showing what was recovered. That document follows the house — buyers and inspectors take it seriously.

Two kinds of houses

Slab leveling and pier-and-beam leveling are different jobs.

A slab gets leveled from outside (and occasionally through it): piers beneath the grade beam, rams, a staged lift. A pier-and-beam house gets leveled from underneath — in the crawlspace, by adjusting the beams, sills, and blocks the floor actually rests on. The crawlspace version is usually faster and friendlier to the budget, and it's the right scope for most pre-1960s homes from Monte Vista to Hyde Park.

The trap to avoid: a slab-style perimeter pier quote for a house whose real problem is a sagging beam. It happens constantly, and it can be a five-figure answer to a four-figure question. Our inspection includes the crawl — the quote matches the foundation you actually have. Full details on the crawlspace side live on our pier & beam foundation repair page.

Motmot inspector holding a tablet showing a color-coded floor elevation map during a house leveling assessment
The instrument that runs the job: a floor elevation map, shot before, during, and after the lift.

Lift, or just hold?

Can you repair a foundation without lifting the house?

Yes. Many foundations are stabilized in place rather than lifted — piers are installed to firm bearing and the structure is held at its current elevation instead of jacked back to level. Stabilize-only is often the right call for older homes, brittle finishes, or movement that has already stopped. The elevation survey decides which one your house needs: stabilize locks the house against further movement with the least risk to drywall, tile, and brick; lift uses the same piers to recover lost elevation in measured stages, with a bit more cosmetic upside and a bit more risk to rigid finishes. On an 80-year-old pier-and-beam home, chasing “perfectly level” can do more harm than good — sometimes the honest answer is stop the movement and leave the character alone. Drainage correction, moisture management, and root control are real tools too, but they're prevention, not load-bearing repair — more on that in are there alternatives to foundation repair. Whether we lift or hold, the lifetime transferable warranty is the same, and you see the numbers before and after. The full decision guide — the no-lift repair paths, what a lift really involves, and the honest answer on replacing a slab — is in can you fix a foundation without lifting the house.

Worker hand-digging a pier pit beside a home's foundation
Whether we lift or simply hold the house, the piers underneath are what make the correction permanent.

Money, plainly

House leveling cost, before anyone visits.

House leveling cost is really pier count: a settled corner (4–6 piers) typically runs $2,500–$6,000, a full side $5,000–$12,000, and crawlspace-level pier-and-beam adjustments frequently come in under slab-pier money entirely — the pier & beam cost breakdown walks those scopes. Catching movement early is the single biggest cost lever — a two-pier corner today beats a ten-pier run after three more droughts. The Texas cost guide walks the full method math, and the calculator gives you a defensible starting number tonight. The statewide tier table lives in how much does house leveling cost in Texas.

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Same job, or different?

House leveling vs. foundation repair — where they overlap.

The honest answer: they're two halves of the same job, and companies use the words interchangeably enough to confuse anyone. Leveling is the visible half — recovering the elevation the house lost. Foundation repair is what makes the recovery permanent — the piers (or crawlspace work) that carry the load down to soil that isn't moving. A lift without new support is rented, not owned: the next drought takes it back. And support without a lift is a legitimate outcome too — stabilized in place is often the right call for brittle finishes or movement that already stopped. So when one bid says “leveling” and another says “foundation repair” for the same house, compare what's actually underneath the number: pier count, depth standard, and whether a lift is included. If the two quotes don't describe the same physical work, a free second opinion is the cheapest way to find out why.

Straight answers

House leveling questions, answered straight.

Pier count drives it, like every foundation job. A settled corner needing 4–6 piers typically runs $2,500–$6,000 depending on method; a full side runs $5,000–$12,000. Pier-and-beam leveling is its own scope — crawlspace adjustments often land well under slab-pier money. The free inspection produces a firm per-pier number, not a range.
The footprint sets the ceiling, not the price, because you level the section that settled rather than the whole house. On a slab that size, a settled corner is typically 4 to 6 piers at about $2,500 to $6,000, a full side runs 8 to 12 piers at $5,000 to $12,000, and only rare full-perimeter work climbs to $15,000 to $35,000. A 2,000 square foot pier and beam home usually re-levels for less: about $1,500 to $5,000 for a settled section, or $4,000 to $12,000 for a whole-house re-level. Motmot's free elevation survey turns those ranges into a firm pier count, and our Texas house leveling cost guide walks the per-pier math.
Usually we recover most or all of it — the rams lift while we re-check the elevation map in real time. Occasionally chasing the last fraction of an inch risks cracking finishes that adapted to the movement over years. When that trade shows up in the readings, we stop at 'stabilized and substantially recovered' — and you're part of that call as it happens.
Most jobs run 1–3 days: excavation and pier installation, then the lift itself — which is usually the shortest part, an afternoon of staged hydraulic work with measurements between every stage. You can stay home the whole time; water and utilities stay on.
Leveling is the visible half. The lift recovers elevation; the piers underneath are what keep it recovered. A lift without support bearing on stable strata is rented, not owned — the next drought takes it back. That's why we never quote 'leveling' without showing you what's holding the new elevation up.

What’s moving, and why

Ferris clay, slopes, and uneven floors.

On the eroded rises and slopes, the USDA describes Ferris clay as “extremely hard, very firm, very sticky, very plastic,” with high shrink–swell sitting over mudstone bedrock that can be anywhere from roughly 3 to 7 feet down.

On the ground: clay that grips and swells on a slope moves unevenly — one part of the slab lifts or drops more than another, which is what you feel as sloping floors. Leveling raises the low areas back toward their original plane; because that bedrock depth varies, measurements (not guesses) set how far each point moves.

Open the Ferris soil survey page →

From real jobs and inspections

Leveling work, measured end to end.

Inspector reviewing a color-coded floor elevation map on a tablet before planning a house leveling lift
Every lift starts here: the elevation grid that says how far, and where.
Crew operating a hydraulic ram pressing pilings beneath a foundation during a house leveling job
The hydraulic ram that presses support to depth — then lifts the house in measured stages.
Technicians documenting elevation readings at a front door during a foundation leveling survey
Readings at the openings — doors tell the truth about a slab's plane.
Gap visible beneath an interior wall along a plank floor, a classic sign a house needs leveling
The symptom that starts the call: floor and wall parting ways as a section settles.
Hydraulic pier-driving ram set in an excavated pit at a brick corner during house leveling
A compact pit at the settled corner — support goes in, then the lift brings the corner home.

Find out what your floors are actually doing.

Free elevation survey, written readings, and a straight answer — level it, monitor it, or leave it alone.

Now booking free inspections in Central Texas.