Most homeowners go into foundation repair not knowing what the process looks like — what happens at the inspection, how long it takes to get from assessment to contract, what the work day actually involves, and what the home should look like when the crew leaves. After 38 years I have walked thousands of families through every phase of this process. This guide makes sure you know what to expect at every step.
One of the most common things I hear from homeowners after a repair is complete is that it was less disruptive than they expected — and that they wish they had called sooner because the anticipation was worse than the reality. Foundation repair has a reputation for being mysterious, expensive, and invasive that the actual process does not entirely deserve. The work is significant, and the repair scope is real — but the process itself is methodical, well-defined, and entirely predictable from start to finish when you know what each phase involves.
This guide walks you through every stage of a Texas slab foundation stabilization project in precise detail — what happens at each phase, how long it takes, what you need to do as a homeowner, and what questions to ask at each step. At UFE Foundation Repair, every project follows this sequence, every homeowner receives written documentation at each milestone, and no phase begins without the homeowner understanding what is coming next. That is the standard every foundation repair project should meet.
The homeowners who feel best about a foundation repair — regardless of the scope or cost — are the ones who understood what was happening at each stage before it happened. The information is not complicated. The process is not mysterious. The best thing I can do before we even schedule an inspection is make sure the homeowner knows exactly what they are going to experience from that first phone call to the day the warranty document lands in their hands.
Bob Hargrove, Lead Specialist, UFE Foundation RepairHere is the full foundation repair project timeline from the initial contact to project closeout, with typical durations for each phase in the Texas residential market.
| Phase | Activity | Typical Duration | Who Does It | Your Role |
|---|---|---|---|---|
| Phase 1 | Initial contact and inspection scheduling | Same day to 3 days for scheduling; 1 to 3 hours for the inspection itself | UFE Foundation Repair | Call or submit online; be present at the home during the inspection |
| Phase 2 | Written assessment report with floor elevation survey data and cause analysis | Delivered within 24 to 48 hours of inspection | UFE Foundation Repair | Review the report; ask questions; request clarification on any term or recommendation |
| Phase 3 | Scope review, contract signing, and project scheduling | Contract meeting 3 to 7 days after inspection; project schedule 1 to 3 weeks from contract | UFE Foundation Repair + Homeowner | Review the scope and contract; confirm scope with any additional advisor you wish to consult; sign when ready |
| Phase 4 | Site preparation and pier installation day(s) | 1 to 3 days depending on pier count and scope; most residential projects complete in 1 to 2 days | UFE Foundation Repair installation crew | Clear the work zones; make the home accessible; plan for noise and limited access to exterior areas |
| Phase 5 | Foundation lift and post-lift elevation survey | Same day as final pier installation; lift typically 2 to 4 hours; survey 1 to 2 hours | UFE Foundation Repair | Be present or available for the post-lift walkthrough; review the post-lift survey results |
| Phase 6 | Drainage scope completion (if included), site cleanup, warranty documentation | 1 to 3 additional days for drainage scope; warranty document delivered within 7 days of completion | UFE Foundation Repair | Receive and file warranty documentation; begin foundation irrigation and maintenance programme |
Foundation stabilization project timeline for Texas residential slab foundations. Times are typical for mid-range residential scopes (8 to 16 piers with drainage). Larger or more complex scopes may add time at any phase. Source: UFE Foundation Repair project records 2022–2026.
The foundation inspection at UFE Foundation Repair is a multi-component assessment that takes one to three hours depending on the home’s size and complexity. It is not a walk-around with a flashlight and a sales pitch — it is a systematic data collection process that produces measurable results. Here is exactly what happens.
The exterior perimeter walk is the first step. The assessor walks the full perimeter of the home, noting grade conditions, drainage deficiencies, downspout placement, masonry crack patterns in brick or block veneer, gaps between the foundation and exterior walls, and the proximity and species of trees adjacent to the foundation. This exterior walk is diagnostic — the drainage conditions and tree proximity observed here will influence the repair scope, not just the structural component. A home with correct grade and adequate downspout extension will have a different scope recommendation than an identical home with multiple drainage deficiencies, even if the floor elevation surveys look the same.
The digital floor elevation survey is the central diagnostic tool. The assessor places measurement points on a grid pattern across the full living area — typically 30 to 50+ measurement points for an average home, more for larger or complex layouts. A digital level is used at each point to record the precise elevation relative to a reference datum. The result is a complete elevation map of the home — which zones are low, which direction the floor slopes, and by how much. This survey takes 45 to 90 minutes and produces the data that drives every subsequent decision in the repair scope. The pier count, pier placement, and lift targets are all derived from this survey.
The interior inspection follows — a room-by-room walk noting crack patterns, door and window function, floor slope perception, ceiling-wall joint conditions, and any indication of interior heave that would suggest a plumbing investigation is warranted. The assessor photographs findings throughout. The interior inspection findings are correlated with the floor elevation survey — a diagonal crack above a door corner should correspond to a floor elevation drop in that zone; if it does not, there may be a structural framing issue separate from the foundation movement.
The assessment closes with a homeowner interview — questions about how long symptoms have been present, whether there has been any prior repair work, significant plumbing events in the past few years, and the home’s irrigation practices. This history fills in context that the measurement data alone cannot provide. All of this is documented and compiled into the written assessment report delivered within 24 to 48 hours.
A complete foundation inspection is not a visual impression — it is a structured data collection process. If a contractor is at your home for under 30 minutes and provides a repair proposal on the spot, they have not completed a proper assessment. Here is the minimum that every professional foundation inspection should include:
The inspection timing relative to the seasonal cycle matters more than most homeowners realise. Late summer and early fall — after the peak Texas drying season — is the optimal time for a foundation inspection, because the floor elevation survey captures the maximum seasonal differential achieved during the drought cycle. An inspection conducted in February or March, when winter moisture has partially rehydrated the perimeter clay and some crack widths have temporarily narrowed, may underestimate the seasonal movement range. This does not mean a winter inspection is invalid — it means that the assessor should discuss the seasonal cycle and where the current reading falls within it.
For homeowners in the Plano and North Collin County market, where the deep Blackland clay profile produces some of the most dramatic seasonal elevation variation in Texas, the timing discussion is particularly important. A fall assessment in the Plano corridor captures the full extent of summer drying settlement — giving the most accurate basis for repair scope decisions. For those researching foundation repair plano options in North Dallas, October through November is the ideal window for an assessment that captures the peak seasonal differential.
Clear access to all areas of the home — the inspector needs to measure at floor level in every room, including closets, laundry areas, and bathrooms. Move items stored against exterior walls so the full perimeter is accessible. Compile any history you have about the foundation — prior repair receipts, old inspection reports, photographs of cracks you took earlier. Note which doors or windows stick, which floors feel uneven, and how long each symptom has been present. That history is diagnostic information that the inspector cannot get from the measurements alone.
The written report that follows the inspection is the document that translates the measurement data into a specific scope recommendation. It is also the basis for every conversation you have with the contractor from that point forward — the scope in the report should match the scope in the contract, and both should be traceable to the floor elevation data that justified them.
The assessment report is the deliverable that distinguishes a thorough contractor from a superficial one. It should not be a one-page form with checkboxes — it should be a written document with data that supports the proposed scope. Here is what a complete assessment report includes:
| Report Element | What to Look For in a Good Report | Red Flag in a Weak Report |
|---|---|---|
| Floor elevation data | Specific measurements at 30+ grid points; differential calculated; lowest zone identified | No measurement data — “significant settlement observed” without numbers |
| Pier placement rationale | Placement locations referenced to the elevation map; each pier location explained by the data | A pier count with no explanation of where or why — “we recommend 12 piers” |
| Cause identification | Specific probable causes listed with supporting exterior observations; distinguishes primary from secondary causes | Generic “expansive clay soil” without reference to the specific site conditions that amplify the primary cause |
| Drainage scope | Specific drainage interventions with locations; tied to observed drainage deficiencies in the exterior walk | No drainage mention despite observed deficiencies; or generic “drainage correction” without specifics |
| Pricing | Itemised — pier cost per unit or lump, drainage cost, any additional scope items — separately stated | A single lump sum with no itemisation — you cannot evaluate what you are paying for |
| Warranty terms | Specific coverage language; duration for each element; transferability confirmed; claim process referenced | “Lifetime warranty” in one line with no document or additional detail |
Assessment report quality guide. Source: UFE Foundation Repair documentation standards.
For homeowners in the McKinney and Forney corridor of Collin and Kaufman Counties, the pier depth specification in the assessment report deserves specific attention. In markets with deep Blackland clay profiles, the pier depth required to reach competent bearing is significantly greater than in some other Texas markets — and the report should specify the expected bearing depth range rather than a generic pier type. For those comparing mckinney foundation repair quotes after receiving multiple assessment reports, a report that specifies “piers driven to bearing depth confirmation — expected 12 to 18 feet in this soil profile” is a more trustworthy document than one that simply states “steel piers” without depth specifics.
After the inspection and assessment report are delivered, the typical timeline from contract signing to work start is one to three weeks for a standard residential project. The variability depends on crew schedule availability, material lead times (hydraulic steel pier components are generally available on short notice for established contractors), permit requirements in specific municipalities, and the drainage scope complexity.
Permit requirements are worth noting specifically. In most Texas residential jurisdictions, foundation repair by pier installation does not require a building permit — it is structural repair, not new construction. But some municipalities and some foundation drainage scopes do trigger permit requirements, particularly in HOA-governed communities with specific approval processes. UFE Foundation Repair handles permit applications where required, but the permit timeline adds one to three weeks to the pre-construction period in jurisdictions where permits apply. The assessment report will note if permits are expected to be required for the proposed scope.
The one exception to the one-to-three-week timeline is emergency situations — active horizontal wall cracking with bowing, a sudden and significant settlement event, or a situation where structural elements are at immediate risk. For these cases, UFE Foundation Repair prioritises the scheduling to reduce the gap between assessment and work start. Phones are answered until 11pm every night specifically because foundation emergencies do not observe business hours.
The period between contract signing and work start is not idle time on the homeowner’s side. It is the window for the homeowner preparation tasks — clearing work zones, making access arrangements, scheduling any plumbing testing if recommended, and confirming any HOA approvals needed. A homeowner who has completed all preparation before the crew arrives on day one makes the work start significantly smoother and sometimes shortens the total project duration.
The contract review period is your opportunity to confirm that the scope document matches the assessment report and to get answers to any outstanding questions before signing. Take the time — a foundation repair contract represents a significant investment, and every term should be clear before you commit to it.
During the contract review period, the homeowner preparation tasks make the work start more efficient. Here is what needs to happen before the crew arrives.
For homeowners in the Katy and Fort Bend County market, the exterior access preparation is particularly important — the high annual rainfall in that market means that the perimeter drainage scope is often a significant component of the project, and the drainage work requires clear access to the full perimeter plus the downspout locations. Scheduling the work during a dry weather window is also worth discussing with the crew coordinator for Gulf Coast projects, where job site drainage conditions can affect pier installation logistics. For those managing foundation repair katy projects in Fort Bend County, the contractor’s weather policy and how rain delays are handled should be confirmed during the contract review.
The installation day is where the foundation stabilization stages become visible — and it is typically both more methodical and less disruptive than homeowners anticipate. Here is the full sequence of what happens on a standard steel push pier installation day.
The typical residential pier installation follows a consistent sequence that repeats at each pier location around the perimeter. Understanding the sequence helps homeowners know what each phase of noise and activity corresponds to.
| What You Will Hear and See | What Phase It Corresponds To | Typical Duration Per Pier | Impact on Home Interior |
|---|---|---|---|
| Compact machinery movement, excavation sounds | Excavation at each pier location — opening access holes in the soil at each pier position around the perimeter | 15 to 30 minutes per pier location | Minimal — exterior work only during this phase |
| Metal-on-metal sounds, power tool operation | Bracket installation — attaching the steel bracket assembly to the foundation beam | 20 to 40 minutes per pier location | Minimal — exterior work only |
| Rhythmic hydraulic pumping sound, cyclic noise pattern | Pier driving — hydraulic equipment driving pipe sections to bearing depth; the cyclic rhythm is the hydraulic pump and ram sequence | 30 to 90 minutes per pier location depending on depth | Minimal vibration may be perceptible in the home interior near the pier location; no structural impact from the driving vibration |
| Gradual interior movement — subtle creaking, doors shifting | Lift phase — all piers being raised simultaneously to lift the settled zones; the home is physically moving during this phase | 2 to 4 hours for the full lift sequence | This is the most significant interior phase — doors and windows in the settled zones will shift; sticking doors may free; cracked drywall may show slight additional cracking adjacent to existing cracks during lift |
| Backfill and compaction equipment | Excavation backfill — returning excavated soil to the pier holes and compacting in lifts | 10 to 20 minutes per pier location | None |
| Quiet measurement activity | Post-lift elevation survey — the assessor re-measuring every grid point from the pre-repair survey to document the achieved lift | 45 to 90 minutes for the full survey | None — interior measurement activity only |
What to expect on installation day — sights, sounds, and interior impact by phase. Source: UFE Foundation Repair project records and homeowner communication protocols.
The lift phase is the part of the installation day that homeowners most want to be present for — because it is when the accumulated settlement of years or decades is physically reversed, incrementally, at each pier location. The crew raises all piers together in coordinated increments rather than lifting one location dramatically and then the next. This coordinated approach minimises stress on the slab by distributing the lift forces evenly. You may hear subtle creaking in the framing as the home responds to the lift, and sticking doors in the settled zones may suddenly begin to operate again during the lift. The post-lift survey that follows documents exactly how much elevation was achieved at each measurement point.
For homeowners in the Arlington and mid-cities Tarrant County market, where pre-1960 homes with adapted framing and plaster walls are common, the lift phase warrants a specific pre-lift conversation about targets. Older homes with decades of adaptive deformation in the framing require conservative lift increments to avoid stressing the plaster finishes — and the lift targets for these homes are typically more conservative than for newer construction. When searching for foundation repair arlington contractors for a pre-1960 home, confirming that the contractor understands this dynamic and has set conservative lift targets in the scope is an important pre-project conversation.
After all piers are installed and the lift is complete, the post-lift elevation survey is conducted before the crew leaves the site. This survey repeats every measurement point from the pre-repair survey using the same methodology and the same reference datum, producing an after-lift elevation map that can be directly compared to the before-lift map. The comparison shows, in objective measurement terms, exactly how much elevation was achieved at each point — which zones came up fully, which improved partially, and the remaining differential that defines the post-repair baseline.
The post-lift survey is the most important document the project produces, for two reasons. First, it confirms that the lift achieved the intended result — that the pier installation and lift produced the elevation improvement that the scope was designed to achieve. If any zone did not respond as expected, the post-lift survey identifies it while the crew is still on site and options for additional adjustment are still available. Second, it is the warranty baseline — the starting point from which any future claims about movement at warranted pier locations will be measured. Without the post-lift survey, the warranty has no measurement reference point and cannot be enforced.
After the post-lift survey, the homeowner walkthrough covers the survey results, the documentation that will be delivered in the final project file, the warranty terms and claim process, the post-repair care instructions (foundation irrigation programme, drainage maintenance, what to watch for in the following seasons), and any cosmetic repair recommendations for cracks or finishes that shifted during the lift. The crew then completes site cleanup and departs.
The days and weeks following the lift are a settlement period — both literally and figuratively. The soil around the new piers will consolidate slightly as it redistributes the transferred structural load. Some hairline cracking adjacent to existing cracks may appear in the first few weeks as the structure adapts to its new elevation. This is normal and expected — the warranty documentation explains which changes are within normal post-repair behaviour and which would constitute a warranty-eligible movement event. Most homeowners notice the most dramatic improvements immediately: doors that had been sticking for years operate freely, the rolling floor sensation is gone, and the cracks that had been widening are now stable.
The post-lift survey is conducted immediately after the lift is complete, while the crew is still on site. It is not a separate appointment — it is a same-day deliverable that closes the installation phase and opens the documentation phase. Here is what the post-lift walkthrough covers:
For homeowners in the Richmond and Fort Bend County market, the post-lift survey is especially important for tracking the combination of perimeter settlement and drainage correction working together. A lift that addresses the perimeter settlement while the drainage scope is still in progress should show structural improvement immediately, with the drainage scope providing the long-term environmental protection that prevents the adjacent clay from producing new movement. For those managing foundation repair richmond projects in Fort Bend County with both structural and drainage scopes, confirm that the post-lift survey will be conducted after the pier installation even if the drainage work is still ongoing — the structural lift results and the drainage completion are separate milestones that should each be documented.
The completed foundation repair project should be closed out with a written documentation package that becomes the permanent record of the work. This package should be filed with the home’s records and disclosed — with pride, not hesitation — in any future real estate transaction involving the property. Here is what the complete documentation package contains:
| What to Expect in the First Year After Repair | Normal Post-Repair Behaviour | Warrants a Follow-Up Call |
|---|---|---|
| Hairline cracking adjacent to existing cracks | Minor cracking in the first 30 to 60 days as the structure adapts to its new elevation and the soil redistributes load around the new piers — normal and expected | New cracking that is wider than 1/8 in, shows displacement, or appears in a zone distant from the repaired area |
| Door and window adjustment needed | Frames that had adjusted to the settled position over years may need cosmetic adjustment even after the structural cause is resolved — trim planing or hardware adjustment is a finish task, not a structural concern | A door that was operating freely immediately after the lift and has begun sticking again 3 to 6 months later — this suggests new movement that the post-repair survey should be compared against |
| Seasonal crack width changes | Previously stabilised cracks may show slight narrowing in wet months and slight widening in dry months — this is seasonal clay moisture cycling in the non-piered zones, not failure of the repair | A crack at or near a pier location that shows measurable change relative to the post-lift condition — this is a potential warranty situation |
| Minor soil settlement at pier locations | The backfilled excavation areas may settle slightly in the first few months as the compacted fill consolidates — this is a surface condition and does not affect the pier’s structural performance | Settlement at a pier location that produces a visible depression that continues to grow beyond 3 months post-repair |
| The floor feels different in some areas | The home has physically moved — the structural system has been adjusted and some areas that felt level before may now feel slightly different; the body adjusts to the pre-repair slope, so post-repair level floors can feel slightly unusual initially | A zone that feels noticeably lower than it did immediately after the lift — suggests additional movement has occurred |
Post-repair first-year expectations and monitoring guide. Source: UFE Foundation Repair post-repair homeowner communications protocol.
For homeowners in the Tyler and East Texas market with pier-and-beam homes, the post-repair period looks somewhat different from slab repair — the crawl space moisture management that was addressed as part of the repair (vapor barrier, ventilation) needs active monitoring in the first two wet seasons after the repair to confirm that the moisture environment is being controlled. The wood members that were repaired or sistered will be monitored for moisture content at any recommended follow-up inspections. Searching for foundation repair tyler tx contractors on pier-and-beam properties should include a specific conversation about what the follow-up protocol looks like for crawl space moisture management in the East Texas climate.
For homeowners in the Longview market, the same crawl space post-repair monitoring applies — and the first heavy rain event after a crawl space moisture repair is the most diagnostic test of whether the vapor barrier and drainage correction are performing as intended. Searching for foundation repair longview tx contractors who include a post-rain crawl space check in their follow-up protocol is a meaningful differentiator in that market, where the first wet season after repair is the real-world test of the moisture management scope.
The foundation inspection process and foundation repair steps above describe a standard mid-range residential project. Several factors extend or compress specific phases.
| Factor | Effect on Timeline | Which Phase Affected | How to Manage |
|---|---|---|---|
| Plumbing test recommended (interior heave) | Adds 1 to 2 weeks before the structural scope can be finalised — plumbing test results must come back before the pier program is confirmed | Phase 2 to 3 transition | Schedule the plumbing test immediately after receiving the assessment report; do not delay this step as it gates the structural scope |
| Large pier count (20+ piers) | Installation day extends to 2 to 3 days; some large projects scheduled across consecutive days | Phase 4 | Plan for 2 to 3 days of crew presence on-site; same preparation applies for each day |
| Drainage scope complexity | A full French drain system with multiple discharge routes adds 2 to 4 days beyond the pier installation; sometimes scheduled as a second crew visit after the pier lift | Phase 4 to 6 | Confirm the drainage schedule with the contractor — will it be concurrent with pier installation or a separate visit? |
| Municipal permit required | Adds 1 to 3 weeks to the pre-construction period; permit timeline is determined by the municipality, not the contractor | Phase 3 | Ask at the assessment whether a permit is required for the proposed scope; if yes, the contractor should initiate the permit application immediately after contract signing |
| HOA approval required | Adds 1 to 4 weeks depending on HOA meeting schedule and review process | Phase 3 | Contact the HOA immediately after contract signing; many HOAs have an expedited approval process for structural repairs |
| Optimal assessment timing (late summer) | Late September to November scheduling produces the most accurate assessment data — the post-drought survey captures maximum seasonal differential | Phase 1 | If possible, schedule the initial inspection after mid-September for the most diagnostic elevation data |
| Wet weather delays | Heavy rain can delay exterior pier excavation — wet clay at the excavation zone affects access and compaction; typical delay is 1 to 3 days | Phase 4 | Confirm the contractor’s weather policy; UFE Foundation Repair contacts homeowners promptly when weather delays are anticipated |
Timeline variation factors for Texas residential foundation stabilization projects. Source: UFE Foundation Repair project records 2022–2026.
For homeowners in the Cedar Park and Austin-area market, where the irregular limestone-clay soil profile creates site-specific pier depth variability — a key reason those searching for cedar park foundation repair assessments should ask specifically about per-pier bearing confirmation methods —, the installation day sometimes runs longer than expected when individual pier locations encounter the rock profile at unexpected depths. Limestone at 6 feet versus limestone at 18 feet produces very different driving durations at each pier location — and for a project where some locations encounter shallow rock and others require full hydraulic driving through clay, the total installation day can be longer than the pier count alone would suggest.
The foundation inspection process and the stages that follow it should be transparent, documented, and communicative from start to finish. Here is the complete quality differentiator guide.
| Project Attribute | A Quality Project Looks Like | A Problem Project Looks Like |
|---|---|---|
| Inspection quality | 2 to 3 hours on-site; digital floor elevation survey conducted; written report delivered within 48 hours | Under 30 minutes; no survey equipment used; verbal proposal on the spot with no written assessment |
| Scope derivation | Every pier location referenced to the elevation data in the assessment report | Pier count derived from visual impression; no data basis for the recommended scope |
| Contract terms | Itemised scope, written warranty document provided before signing, clear payment schedule, defined completion terms | Lump sum with no itemisation, warranty mentioned verbally with no document, full payment demanded before work |
| Communication during the project | Pre-project homeowner preparation briefing, day-of arrival confirmation, homeowner informed of any scope changes before they occur | No preparation guidance, crew arrives without prior contact, scope changes communicated only on the invoice |
| Bearing confirmation | Hydraulic pressure data recorded for each pier; the record confirms bearing was confirmed at each location | No bearing confirmation records; piers driven to a target depth without pressure confirmation |
| Post-lift survey | Conducted same day as the lift; full grid measurement repeated; results shared with homeowner before crew departs | Not conducted; or conducted weeks later as a separate appointment; or not conducted at all |
| Documentation package | Complete package delivered within 7 days of completion: pre-repair survey, scope record, bearing data, post-lift survey, warranty document, care instructions | Partial or no documentation; warranty document never provided in full; no record of bearing depths or post-lift measurements |
Foundation repair project quality differentiator guide. Source: UFE Foundation Repair quality standards developed over 38 years of Texas residential projects.
If you retain nothing else from this guide, retain this: a foundation repair project should produce three essential documents — the pre-repair floor elevation survey, the post-lift floor elevation survey, and the written warranty document with a performance standard referenced to the post-lift baseline. These three documents together constitute the evidence that the repair was scoped correctly, executed successfully, and guaranteed meaningfully. Any project that does not produce all three has left you with incomplete documentation of what may be the most significant structural investment you make in your home. Homeowners in northern Collin County seeking plano foundation repair contractors should make all three documents a contractual requirement before signing.
At UFE Foundation Repair, every project follows the six-phase sequence described in this guide — from the free inspection with a digital floor elevation survey through the post-lift survey and the complete documentation package. No project is complete until the warranty document is delivered. Free inspections across Texas. Phones until 11pm every night.
Free inspection with a full digital floor elevation survey, written assessment report, and complete scope — no obligation, no pressure. Know exactly what you are dealing with before deciding anything. Phones until 11pm every night.
From the first phone call to the warranty document in your hands, a complete Texas foundation stabilization project takes three to six weeks in most cases — and the work itself is typically one to two days. The anticipation of the process is almost always more stressful than the process itself. The homeowners who navigate it best are the ones who know exactly what to expect foundation repair to involve at each stage, ask the right questions at each transition, and insist on the documentation that proves the work was done correctly.
The answer to the full foundation repair project timeline question is a methodical, well-documented process that ends with a measurably more stable home, a complete project file, and a written warranty that follows the home wherever it goes. That is what a properly run foundation repair looks like — and it is the standard that UFE Foundation Repair applies to every project, every time. Call us when you are ready to start Phase One.
Bob Hargrove, Lead Specialist, UFE Foundation Repair, Dallas-Fort Worth
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