Foundation Repair Questions, Answered

Across Texas a moderate repair typically runs $3,300 to $8,500, and most homeowners land around $5,000 to $6,500. Pressed concrete piers average $450 to $900 each. Small jobs sit below that band and large ones above it: lifting a sunken patio with foam often runs a few hundred dollars to about $1,500, while a full house leveling on fifteen or more piers can pass $10,000.

Because piers install roughly every six to eight feet along the walls that have moved, so the count follows the length of affected wall rather than the size of your house. Fifteen feet of settled wall is a handful of piers. Sixty feet is a different job on the same house with the same crew using the same method. Nearly every dollar of difference between two estimates traces back to that number.

Usually because the two companies are quoting different jobs. Line up pier count, pier type, depth, warranty terms, and whether the cause of the movement is addressed. If those match and the prices still differ, that is a genuine price difference. If they do not match, the cheaper bid is a smaller job on paper, and a repair that was under-scoped is the most expensive thing that can happen to a homeowner.

No. The visit, the elevation readings across the floor, the diagnosis and the itemised written price all cost nothing, anywhere in our service area. If the honest recommendation is that you do not need structural repair yet, you get that at no charge too.

We accept cash, check, ACH, Visa, MasterCard, Discover and American Express. Payment is arranged in person once you have a written price. We never ask for card details through this website. If you want to discuss arrangements on a larger repair, raise it with the office when you book and we will tell you plainly what is possible.

Ask any company about plumbing tests, engineer letters, landscaping and flatwork replacement, interior drywall and paint, and permits. These are normal parts of foundation work that are often quoted separately. Ask which are included and which are added before you sign anything.

It protects value more than it adds it. Texas sellers must disclose known foundation problems, so an unrepaired issue becomes a deduction during negotiation. A completed repair with a transferable warranty registered to the house is documentation you hand the buyer instead of a discount you concede.

Usually not, and it is better to know that early. Standard Texas homeowners policies typically exclude earth movement, settling and soil-related damage, which is what most foundation repair addresses. Where cover sometimes exists is when a sudden event caused the damage, such as a plumbing leak under the slab. Read your own policy or ask your agent directly rather than relying on what a contractor tells you, because the wording differs between policies.

Because the alternative is that a homeowner cannot plan anything until somebody is standing in their living room. The ranges we publish are market figures for Texas, not your price, and we say so plainly. Knowing that a moderate repair usually falls between $3,300 and $8,500 tells you whether to expect a car-sized expense or a kitchen-sized one, and it lets you spot a bid that sits far outside the normal band in either direction.

Sometimes, and it depends on the structure rather than the budget. Where movement is confined to distinct areas, addressing the worst first can be structurally sound. Where the house needs a coordinated lift, splitting it can mean paying twice for mobilisation and getting a worse result. Ask specifically whether phasing compromises the outcome, and be wary of anyone who says yes to phasing without hesitation.

Put them side by side and ignore the totals until the end. Compare pier count, pier type, depth, whether interior piers are included, warranty tier and transferability, what happens to landscaping and flatwork, and whether the cause of the movement is addressed. Once those line up you are comparing prices. Until they do, you are comparing different jobs that happen to share a name.

Soft or bouncy spots in an otherwise firm floor, floors sloping toward the middle of the house rather than the edges, interior doors drifting open or refusing to latch, and a musty smell or standing water underneath. Pier and beam symptoms tend to show up in the floor before they show up in the walls.

Often, and that matters because it is one of the cheapest structural repairs available. If the existing supports are sound and the house has simply drifted, re-shimming and adjusting them costs a fraction of installing new piers. We check what you own before quoting anything new, and most of those jobs finish in a single day.

Underneath. The whole advantage of a pier and beam foundation is that the support system is reachable from the crawl space, so the repair usually needs no demolition and no disruption to your floors.

Re-leveling on sound existing piers usually is, because the materials are largely already under the house. Once supports have failed and new piers are needed, the cost moves closer to slab work. The crawl-space inspection is what tells you which situation you are in.

There is no schedule, because it depends on the soil, the drainage and how the house was originally supported. What is true is that shims settle and wood moves over decades, so an older pier and beam house being adjusted more than once across its life is normal rather than a sign that something failed.

It is a warning worth taking seriously. Persistent moisture under a house weakens the wood structure the piers are holding up, and standing water usually means drainage is pushing water toward the house rather than away. The foundation symptom and the smell often share a cause, which is why we look at both.

Usually, and it is often the cheapest good answer. If most of the supports are sound and a span has sagged between them, adding piers exactly where the structure needs them costs far less than a wholesale replacement. The crawl-space inspection is what identifies which supports are doing their job.

Flatwork that has settled while the ground beneath it stayed sound: driveway sections, sidewalks, patios, garage floors and pool decks. Foam is injected through small ports, expands beneath the slab, fills the void and raises the concrete back to grade.

Hours rather than days for most jobs, and the surface is usually usable the same day because the foam reaches strength quickly. There is no demolition, no haul-off, no forms and no week of curing.

Considerably, because you are buying foam and a few hours of crew time instead of tear-out, disposal, new concrete and curing. Small jobs such as a sunken patio corner often run a few hundred dollars to about $1,500.

When the soil itself has failed rather than just the slab settling into a void, and when the concrete is so broken that lifting it would only produce level rubble. Lifting a slab without addressing why it dropped buys time rather than fixing anything.

As long as the ground under it stays put. Polyurethane does not break down, so the material is not the limiting factor. If washout or poor drainage created the void in the first place and nothing changes, the same erosion can create a new one, which is why we look at where the water is going before lifting anything.

Pool decks are routine work for foam lifting, and the small injection ports make it far less invasive than replacement. What matters is understanding why that section dropped, because water escaping around a pool is a common cause and lifting the concrete without addressing it just resets the clock.

Enormously, because water is what makes clay move. Gutters discharging beside the slab, ground sloping toward the house, and beds that hold water against the foundation all keep the shrink and swell cycle running hard. Repairing a foundation without correcting the water that moved it only buys time.

A french drain is a buried perforated pipe in gravel that intercepts water moving through the soil and carries it away. Yard drainage is the broader problem of where surface water goes: grading, downspout routing, catch basins and exit points. Many houses need the grading fixed and no pipe at all.

Only where water has nowhere to go by gravity. If the exit point sits lower than the collection point, gravity does the work and costs less to run and maintain. A pump is the answer when the site will not allow that.

Sometimes, and we say so when it is true. There are houses where a downspout extension and a grading correction resolve what another company quoted as a structural repair. The elevation readings are what decide whether you are in that situation or past it.

Walk the perimeter during heavy rain, which most people never do. Look for water discharging beside the slab instead of away from it, ground sloping back toward the house, beds holding water against the foundation, and puddles that sit for hours after the rain stops. If the worst foundation symptoms are on the same side as the worst drainage, you have your answer.

Occasionally, yes. A gutter discharging at the slab edge can put thousands of gallons a year into exactly the wrong place, and extending it can be the whole fix. More often gutters are one of several contributions along with grading and hard surfaces. It is cheap to correct and worth doing regardless of what else the house needs.

Deep enough to intercept the water that is actually causing the problem, which depends on where that water is travelling and where it can exit by gravity. Depth is a design decision made from the site rather than a standard figure, and a drain installed at a convenient depth rather than a correct one tends not to work.

Most finish in one to three days. Pier and beam re-levels on sound existing supports often take a single day. A full perimeter on a large home with difficult access takes longer. You will be given the expected schedule in writing with the price rather than discovering it as the job runs.

Most homeowners stay in the house. Exterior pier work happens outside along the walls; interior piers mean cutting and patching sections of slab, which is dustier and noisier. You will know which of those your job involves before it starts.

Plan to be there at the start so the crew can walk the job with you and confirm access, and at the end so you can see what was done. In between, most exterior work does not need you present. Interior work is different because the crew is inside your rooms. Confirm the specifics with the office when you schedule.

Clear access along the walls being worked on, inside and out. Take pictures and mirrors off walls in the affected rooms, since lifting causes vibration, and move breakables off nearby shelves. Plan where pets will be, because gates and doors get propped open. If piers are going in outside, tell us what you want protected.

Exterior piers go in through the ground, so beds, shrubs, sprinkler lines and sometimes sections of walk or patio are disturbed. Ask us before the job which of those apply to you and who puts them back, and ask every other company you get a bid from the same question, because the answers vary.

Lifting a house moves it, and plumbing under a slab is rigid, so it is a fair question to ask any company. This is also why a static plumbing test before pier work matters when a leak is suspected: it establishes the condition of the lines beforehand rather than leaving it in dispute afterwards.

Foundation work is largely outdoors and around the perimeter, so weather affects the schedule. Excavations and heavy rain do not mix well, and pushing on through it produces a worse result and a bigger mess. Expect a schedule that can move by a day or two in a wet week.

Ask this of every company you get a bid from, and ask specifically what happens to excavated soil, cut concrete, and the sod and beds that had to move. The difference between companies on this point is larger than most homeowners expect, and it is worth having the answer in writing.

No. Texas licenses electricians, plumbers and HVAC contractors at state level, but there is no state licence for foundation repair, and bills to create one have not passed. Anyone can advertise foundation repair here without an exam, a bond or state oversight, which is exactly why you should check what a company can independently evidence.

Ask for a certificate of insurance sent by their insurer covering general liability and workers' compensation. Look the legal entity up in Texas business filings. Open the actual BBB profile rather than trusting a logo on a website. Read the warranty document before the estimate. Ask whether crews are employees or subcontractors. It takes about fifteen minutes.

Ask how many piers and why that number, how deep they go and how they know they reached stable soil, what caused the movement, and what happens if the inspection concludes you do not need the repair. That last one is the most revealing question you can ask anybody in this trade.

Both are legitimate. National and regional brands bring proprietary engineered systems, larger warranty administration and often financing. Local companies bring years on the specific soil under your house and a shorter chain between you and the person who did the work. The better question is which company actually diagnosed your house.

Reasonably, if you read them properly. Look for reviews that describe the diagnosis rather than just the politeness of the crew, look for how a company responds to a bad one, and be sceptical of a profile with only five-word praise. A review mentioning that a company recommended no repair is worth more than ten saying the crew was friendly.

It varies enormously and the phrase alone tells you almost nothing. Ask whose lifetime, what specifically is covered, whether adjustment visits cost money, what voids it, and whether it transfers to a buyer. Two companies can both advertise a lifetime warranty and offer materially different protection.

It is never wrong, and it is sometimes required by a lender or buyer. It is simply the more expensive way to start when free inspections are available, so the usual sensible order is to get inspections first, and bring in an engineer when the situation is complicated, when bids disagree fundamentally, or when a sale demands it.

You cannot stop clay behaving like clay, but you can stop making it worse. The goal is even moisture: no part of the perimeter should be drying out or soaking while the rest does the opposite. Most damage we see was avoidable water management rather than bad luck.

Watering the perimeter evenly helps at the margins and we recommend it, usually with a soaker hose a foot or so out from the slab, run in the early morning a few times a week, on every side rather than just the side with the flowerbed. But watering is maintenance, not medicine. If the house is already showing symptoms, the soil has already moved.

Large trees close to a house draw enormous amounts of moisture during a dry summer, and they can dry one side of a foundation far faster than the other. That unevenness is what does the damage. You do not usually need to remove the tree; you need to water it separately so it drinks from its own zone.

Water in the wrong place. Gutters discharging beside the slab, ground sloping toward the house instead of away, and beds holding water against the foundation. Correcting drainage is cheaper than correcting a foundation, and it is the work most often skipped.

Twice a year is plenty for most houses: once at the end of a dry summer and once after a wet stretch, because those are the two extremes of the cycle. Walk the perimeter, look at the gap between soil and slab, try the doors that have given trouble before, and photograph anything you are tracking.

Check where the water went rather than where it is now. Look for soil washed away from the foundation, beds that held water for days, downspouts that overflowed, and any new settlement in flatwork. Wet extremes cause as much foundation trouble as dry ones, and the evidence is easiest to read shortly afterwards.

They can, and the principle is right: consistent, even moisture around the perimeter is better than a cycle of drought and flood. What matters is even coverage on every side rather than just the side with the flowerbed, and not overdoing it, because saturating one area is its own problem. A soaker hose on a timer achieves most of the benefit.