Based on aggregated data, repairing a burst pipe costs $200 to $2,000, with a typical repair landing near $650. Materials account for roughly $25 to $400 of that total and labor for $150 to $1,500 — the pipe itself is rarely the expensive part of the invoice. Typical duration is 2 to 8 hours, and a permit is typically not required for a like-for-like repair.
That spread is wide for what sounds like a single task, and the reason is that “burst pipe repair” describes an outcome rather than a scope of work. The same half-inch split can be a forty-minute push-fit coupling on an exposed basement run or a full day of locating, cutting, threading and patching behind a finished wall. What follows separates the variables that actually move the number.
What the $200 to $2,000 Range Covers
This range prices the plumbing work: isolating and draining the affected line, opening enough of the building to reach the failure, cutting out the damaged section, installing new pipe and fittings, pressure-testing the repair, and refilling and bleeding the system.
It does not price water extraction, structural drying, mold remediation, or the replacement of drywall, insulation, trim, cabinetry or subfloor that the water reached. Those are separate trades on separate invoices, and on a failure that ran for hours they are routinely several times larger than the plumbing line. That is the single most common reason two quotes for the same event differ by an order of magnitude: one is pricing the pipe, the other is pricing the pipe plus the restoration.
Three variables set the plumbing figure — what the pipe is made of, how much building has to come apart to reach it, and when the call is placed. Each is priced separately below.
Burst Pipe Repair Cost by Pipe Material
Material matters twice: once in the price of the replacement section, and again in how long the joints take to make. Solvent-welded and crimped systems are fast. Soldered, threaded and hubbed systems are not.
| Pipe material | Material cost for the section | Typical total repair | Why it moves the price |
|---|---|---|---|
| PEX | $25–$60 | $200–$500 | Crimp or expansion fittings, no flame, fastest joint to make |
| CPVC | $25–$70 | $220–$550 | Solvent weld plus a cure window before pressure testing |
| PVC (drain, waste, vent) | $25–$80 | $200–$550 | Cheap material, larger diameters, easy cuts |
| Copper, soldered | $60–$180 | $350–$900 | Line must be fully drained and dried before a torch touches it |
| Copper, press-fit | $90–$220 | $400–$950 | Higher fitting cost, no drain-down wait, fewer labor hours |
| Polybutylene | $40–$120 | $400–$1,200 | Repair fittings are specialty items and adjacent runs often fail next |
| Galvanized steel | $80–$250 | $500–$1,400 | Threading on site, seized joints, corrosion in both directions |
| Cast iron (drain, waste, vent) | $150–$400 | $700–$2,000 | Weight, cutting equipment, shielded couplings, two-person handling |
Copper is the clearest illustration of why material price and repair price move differently. Press-fit fittings cost more per joint than solder fittings, yet the finished repair often prices close to soldered work because the crew skips the drain-down-and-dry wait that a torch requires. On a wet line in an occupied house, that wait is the expensive part.
Galvanized steel and cast iron sit at the top of the table for a shared reason: neither can be cut and rejoined quickly. Threaded galvanized joints seize, and disturbing one length frequently opens the next, which is how a $500 repair becomes a $1,400 one mid-visit. Polybutylene is priced high relative to its material cost because it is a systemic failure, not a point failure — the material degrades along its length, so the section that split is usually not the last one.
In homes built before the mid-1980s, pipe insulation in basements and crawl spaces may contain asbestos, which changes the demolition scope and adds a specialist to a repair that would otherwise be routine.
Burst Pipe Repair Cost by Location and Access
Access, not plumbing, is what separates a $250 repair from a $1,200 one. The pipe work is close to identical across the first five rows below.
| Where the pipe broke | Access work involved | Typical total repair |
|---|---|---|
| Exposed basement or crawl space run | None — cut and couple in place | $200–$550 |
| Under a sink or behind a cabinet panel | Clear the cabinet, minimal demolition | $200–$600 |
| Attic or unconditioned utility space | Move insulation, work in a confined space | $400–$1,000 |
| Inside a finished wall | Locate, cut drywall, patch the opening | $450–$1,100 |
| Ceiling below a bathroom or laundry | Cut, support, patch, paint by a separate trade | $550–$1,300 |
| Buried supply line in the yard | Excavation, backfill, surface restoration | $800–$2,000 |
| Under a concrete slab | Leak location, saw-cut, repair, concrete patch | $1,200–$2,000 and above |
An in-wall repair adds roughly one to three labor hours over the same failure on an exposed run, plus $25 to $60 in patch materials. A ceiling repair adds more again, because the opening is overhead, the water has already tracked along joists, and paint matching is a finish trade rather than a plumbing one.
Two runs sit outside the branch-line pattern entirely and are worth separating. A break on the main water line between the meter and the house is a supply failure under full street pressure, and it takes the whole property off water until it is repaired; the excavation row above is where it prices, with the yard restoration afterward being its own line. A break or collapse on the sewer or drain line is not a burst in the same sense — it is unpressurised, so it seeps rather than sprays — but it prices well above a supply repair because the pipe is larger, usually buried or cast iron, and the failure is generally found by camera rather than by a wet ceiling. Both are quoted as their own scopes rather than as variants of the repair priced on this page.
Slab repairs are the only row that regularly leaves the range. Electronic or acoustic leak location is billed before any concrete is opened, and once the saw comes out the job carries concrete removal, the repair itself, and a patch. Where a buried run has already failed more than once, contractors commonly price an overhead reroute that abandons the slab line entirely — a different scope, priced as new work rather than as a repair. Buried yard lines behave similarly: the pipe repair is trivial and the excavation is not, which is why the row tops out where it does.
Cost by Repair Method
| Repair method | What it involves | Typical total |
|---|---|---|
| Repair clamp or push-fit coupling | Single split on an accessible line, no reconfiguration | $200–$400 |
| Cut-and-couple section replacement | Remove 1 to 3 ft, install new pipe and two fittings | $300–$800 |
| Multi-joint or long section replacement | Several feet, multiple fittings, hangers reset | $700–$1,500 |
| Section replacement behind finishes | Any of the above plus access and patching | $600–$1,600 |
| Partial reroute | Abandon the failed run, route new pipe on a new path | $1,200–$2,000 and above |
A repair clamp is the cheapest line on the table and the shortest-lived: it compresses a gasket over the split rather than removing the failed pipe, so it prices as a stabilizing measure rather than a permanent repair. Cut-and-couple is the standard permanent fix and is where the typical $650 figure sits. A reroute appears when the run itself is the problem — a line that keeps freezing in the same exterior wall, or a slab run with a history.
The per-linear-foot framing that circulates for this job is worth treating carefully. A burst repair replaces a short section, not a run, so dividing a $650 repair by the one to three feet actually replaced produces $215 to $650 per foot — a number that describes access and setup, not pipe. Per-foot pricing is a repipe metric, and applying it to a single burst overstates the cost of small jobs and understates the cost of large ones.
Materials vs Labor: Where the Money Goes
| Component | Low | Typical | High | Share of a typical repair |
|---|---|---|---|---|
| Materials (pipe, fittings, couplings, patch) | $25 | $100 | $400 | ~15% |
| Labor (isolate, access, cut, join, test) | $150 | $500 | $1,500 | ~77% |
| Total repair | $200 | $650 | $2,000 | 100% |
The three bands do not sum exactly, and the total is the figure to work from. Each is compiled separately from published pricing rather than derived from the other two, so where sources disagree the range is widened instead of a midpoint being invented — which leaves a small gap between the parts and the whole rather than a false precision.
Labor at roughly three quarters of the bill is the defining economic fact of this project. A ten-foot length of PEX and two crimp fittings is a two-figure purchase; the hours around it are not. Those hours go to shutting the water down and draining the line, tracing the failure back from where the water appeared, opening access, dealing with joints that were installed forty years ago, testing the repair under pressure, then refilling and bleeding air out of the system.
That split also produces a useful cross-check. The dataset prices labor at $150 to $1,500 across a typical duration of 2 to 8 hours, which implies an effective rate of roughly $75 to $190 per hour. Hourly pricing for the trade is covered in more depth in what a plumber charges per hour.
Emergency, After-Hours and Weekend Pricing
A burst pipe is one of the few plumbing failures that cannot wait for a scheduling window, and the pricing reflects that.
- Emergency call-out or dispatch fee — $100 to $300. Charged for arrival, typically on top of the labor rate rather than instead of it, and usually not credited against the repair.
- After-hours, weekend and holiday labor — commonly billed at 1.5×. Applied to the labor portion only. At time-and-a-half, the $500 labor on a typical repair prices closer to $750, taking the same job from roughly $650 to roughly $900 before any access work.
- Thawing a frozen line — often a flat charge near $100. Billed separately where a line is frozen but has not yet split, and where thawing is done under supervision rather than left to warm on its own.
- Second visit for finish work — a separate mobilization. Where drywall, tile or paint is put back by another trade, that trade carries its own minimum.
Scheduling a non-urgent repair — a weeping joint caught early rather than a full split — into a normal weekday window is the single largest controllable variable on this page, worth $100 to $500 on an otherwise identical job.
What Drives the Price
- Access and demolition — $0 to $600. The dominant variable. Exposed pipe adds nothing; a finished wall adds one to three hours plus patch materials; a ceiling, an attic or a slab adds more again.
- Pipe material and joint type — $0 to $900. Crimped and solvent-welded joints are quick. Soldered joints require a dry line. Threaded galvanized and hubbed cast iron require equipment and time.
- Pipe diameter. Half-inch and three-quarter-inch branch lines are the routine case. Inch-and-a-quarter and larger mains carry heavier fittings, higher material cost and, on a main, a full-house shutdown.
- Number of failure points — $150 to $500 per additional point. A freeze event rarely produces one split. Each additional break is a separate access, a separate cut and a separate test.
- Condition of the surrounding run — $100 to $700. Corroded adjacent joints that fail when disturbed are the most common source of a mid-job change order.
- Leak location — $150 to $500. Electronic, acoustic or thermal location is billed where the water surfaced far from the break, and is standard before any slab work.
- Shutoff condition — $150 to $400. A seized or missing branch valve turns a local repair into a whole-house shutdown, and replacing the valve is frequently added to the same visit.
- Timing — $100 to $500. Dispatch fee plus the after-hours labor premium described above.
Early Signs and What Detection Timing Costs
The plumbing repair is the same job whether a failure is found in ten minutes or ten hours. What changes is everything downstream of it, which makes detection timing the largest cost variable on the page that has nothing to do with plumbing.
The indicators that precede or accompany a burst are consistent, and each corresponds to a different point on the cost curve:
- A drop in pressure at one fixture points at a branch line and is the earliest and cheapest signal, often arriving before the split is large enough to soak anything.
- A running-water sound with every fixture closed is the classic indicator of a supply break inside a wall, a floor cavity or a slab, and is what leak location is billed against.
- A water meter that advances with the house shut down distinguishes an active supply leak from a drain problem, and is the check that separates the $200 to $2,000 repair on this page from a drain scope.
- Discoloured or rust-tinted water indicates corrosion on galvanized or cast iron, which is the pattern that predicts repeat failures rather than a one-off.
- Stains, bubbling paint or a sagging ceiling mean water has already been absorbed by finishes, which is the point at which the restoration invoice starts existing.
- A warm spot on a floor slab, or an unexplained jump in the water bill are the two signals specific to buried and slab runs, where nothing appears indoors until the damage is substantial.
The cost consequence is asymmetric. Detection at the first two signals keeps the event inside the plumbing range priced above. Detection at the fifth or sixth means the plumbing repair is the smaller of two invoices. Nothing about the pipe work changes between those two outcomes.
Burst Pipe Repair Cost by City
Pipe, fittings and couplings are priced broadly nationally — a copper coupling costs about the same everywhere it ships. The labor portion, which is roughly three quarters of the invoice, is what moves. Applying the formula City Adjusted Cost = National Average × City Labor Adjustment Factor to the materials and labor split above:
| City | Labor Adjustment Factor | Accessible Repair (low) | Typical Repair | In-Wall or Buried (high) | vs. National |
|---|---|---|---|---|---|
| Chicago, IL | 1.33 | $225 | $765 | $2,395 | +33% |
| Seattle, WA | 1.29 | $220 | $745 | $2,335 | +29% |
| New York, NY | 1.23 | $210 | $715 | $2,245 | +23% |
| Houston, TX | 0.93 | $165 | $565 | $1,795 | −7% |
| San Antonio, TX | 0.85 | $155 | $525 | $1,675 | −15% |
Labor adjustment factors are derived from BLS Occupational Employment and Wage Statistics (May 2025): the median ratio of local to national hourly wages across the trades that do this work. How this is calculated.
Chicago carries the highest labor adjustment factor in the dataset at 1.33 and San Antonio the lowest at 0.85, which spreads the labor on a typical repair by roughly $240 between those two metros — and by far more at the high end of the range, where labor is $1,500 before adjustment. Phoenix, at 0.99, is the closest thing in the dataset to a national benchmark. The ordering is set by trade wage levels rather than by general cost of living, which is why Chicago prices above New York at 1.23. The calculator above applies any metro’s factor to a specific repair scenario.
Repair or Replace: Where the Math Crosses Over
A single failure is almost always cheaper to repair than to design around. The question changes when failures repeat, and the arithmetic is straightforward: four separate repairs at the $650 typical figure is $2,600 in plumbing invoices, plus four rounds of access, four patches and four disruptions — before counting whatever the water reached each time.
Two systems produce that pattern more than others. Polybutylene degrades along its length rather than at a point, so a repair restores service without addressing the mechanism. Galvanized steel corrodes from the inside, which narrows the bore and raises pressure at the same time as it thins the wall. In both cases the second and third repairs arrive faster than the first, and the per-year cost of ownership rises even though each individual invoice looks reasonable.
Cost per year of service is the comparison that separates them. A one-off copper repair on an otherwise sound system at $650 is a closed cost. Four repairs across three years on a failing system is roughly $870 per year in plumbing alone, on a system that will keep producing failures.
At that rate the whole-system option enters the frame rather than being an overreaction. Replacing the supply distribution outright runs $4,000 to $18,000 depending on material and access, so the point where accumulated invoices stop being the cheaper path falls anywhere from four to a dozen calls — whole house repipe cost sets out where the line actually sits, and copper vs PEX repiping cost covers which material lands at which end of that band.
DIY vs Professional Repair
The material cost of a burst pipe repair is genuinely low, which is what makes the DIY comparison tempting on an accessible line.
| Item | Typical cost |
|---|---|
| Push-fit repair coupling, 1/2 in or 3/4 in | $8–$18 each |
| Pipe repair clamp | $10–$25 |
| Replacement pipe, 10 ft (PEX or copper) | $6–$45 |
| Tubing cutter | $15–$40 |
| PEX crimp tool kit | $40–$120 |
| PEX expansion tool | $250–$600 |
| Propane torch kit, solder and flux | $35–$70 |
| Copper press tool, 1-day rental | $75–$150 |
| Wet/dry vacuum, 1-day rental | $25–$40 |
| Drywall patch materials | $25–$60 |
| DIY total, one accessible section | $70–$260 |
Against a professional range of $200 to $2,000, a single accessible push-fit repair is the narrowest gap in this dataset — roughly $70 to $260 in parts and a borrowed tool versus $200 to $550 for the same job done under warranty. The gap widens sharply with every layer of access: once the repair is behind drywall, in a ceiling, or on soldered copper that has to be drained and dried, the tool list stops being the constraint and the hours become the cost.
The variables a DIY repair absorbs are worth naming as costs rather than as instructions. A line that will not fully drain cannot be soldered, which is what pushes most home repairs toward push-fit or crimp systems. A repair that holds at rest and weeps under pressure is only discovered on refill, after the wall is closed. And the meter between a temporary clamp and a permanent coupling is measured in months, not years, so the cheapest line on the table above is also the one most likely to be paid twice.
Water Damage: The Cost That Is Not the Plumbing
The figures above stop at the pipe. Everything the water touched is priced by restoration and finish trades, and published contractor pricing for that work — which this site does not compile and does not present as its own cost data — commonly runs several times the plumbing invoice on a failure that ran for hours.
The structure of that second invoice is consistent even where the numbers are not: water extraction, then structural drying with equipment billed by the day, then demolition of anything that cannot be dried, then rebuild. The EPA’s mold guidance frames moisture control as the control for mold growth, which is why drying appears as its own line, separate from the repairs, and why the drying window is the variable that determines whether the demolition line exists at all.
The finish trades that follow are priced individually. A saturated floor assembly is the most expensive of them: subfloor replacement runs $900 to $3,000 for a typical area, against $650 for the plumbing repair that caused it. Cabinetry, insulation, trim and paint each carry their own minimums, and each is quoted by a different trade than the one that fixed the pipe.
Insurance, Deductibles and What Actually Gets Claimed
Policy language, not the plumbing invoice, determines coverage, and the distinctions that matter are structural rather than numerical. Policies commonly separate a sudden and accidental discharge of water from gradual seepage, treat the resulting damage differently from the pipe that caused it, and carve out freeze damage in a structure that was left unheated.
The practical consequence is a cost one: a typical $650 repair sits below most deductibles, so the claim question almost never attaches to the plumbing. It attaches to the restoration. That is also why the documentation that matters is generated in the first hours — before drying equipment runs and before demolition removes the evidence of what was wet.
Frozen Pipes, Seasonality and Why Prices Move in January
Burst pipe pricing is seasonal in a way that most trades are not. A regional freeze produces thousands of simultaneous failures, which is when call-out fees sit at the top of the $100 to $300 band, after-hours premiums apply to nearly every call, and the wait for a scheduled visit stretches into days.
The failures cluster in predictable places, and the pattern is a cost pattern: uninsulated runs in exterior walls, attic and crawl space lines outside the thermal envelope, hose bibs and their interior branch, and garage or unheated-basement runs. Those are also the locations that price above an exposed interior repair in the access table above, which is why a freeze event tends to produce repairs at the middle and top of the range rather than the bottom.
Water-supply piping materials and freeze protection are governed by the plumbing provisions of the International Residential Code, which jurisdictions adopt and amend locally — one reason insulation and burial-depth requirements, and therefore the failure pattern, differ from one metro to the next.
Permits and Related Plumbing Costs
A permit is typically not required for a like-for-like pipe repair. Replacing a section of pipe with the same material on the same path is maintenance in most jurisdictions. A reroute, a repipe, or work that alters the layout of the water distribution system is a different matter and is generally permitted and inspected.
Several adjacent projects share crews, access work and, often, the same visit:
- Shower valve replacement at $200 to $900 involves the same in-wall access as a supply-line repair behind a shower, and the two are frequently quoted together once the wall is open.
- Bathroom sink installation at $280 to $1,400 and toilet installation at $200 to $700 are the fixture-side work that a supply or drain repair often precedes.
- Bathroom plumbing rough-in at $1,500 to $5,000 is what a full reroute of a bathroom’s supply and drain lines actually prices as, and is the better comparison when a repair turns into new pipe on a new path.
- Gas water heater installation at $800 to $3,000 is the adjacent appliance cost, since a tank failure and a burst supply line produce a similar volume of water in a similar place. The shutoff that will not close during a pipe repair is often the one feeding the heater, and it is usually replaced when the appliance is.
The plumbing cost overview collects the trade’s projects against the same national dataset.
Where Burst Pipe Repair Costs Come Down
- A weekday scheduling window on a non-urgent leak avoids the $100 to $300 dispatch fee and the 1.5× after-hours labor multiplier — the largest single controllable line on most of these invoices.
- A working, accessible branch shutoff keeps a single-fixture failure from becoming a whole-house shutdown, and turns a two-hour visit into a one-hour one.
- Clearing the cabinet, the crawl space hatch or the storage in front of the run before the crew arrives converts billable access time into unbilled time.
- Itemized quotes that separate leak location, access, the pipe repair and the patch make two bids comparable on identical scope, which is not possible when both are a single number.
- Repairing adjacent joints on an aging galvanized or polybutylene run during an open-wall visit avoids paying for the same access twice.
- Restoration priced separately from plumbing keeps a $650 repair from being folded into a four-figure restoration invoice as a single undifferentiated line.
Last updated: October 2026. All figures reflect aggregated national cost data and are not a quote for a specific repair. Actual pricing depends on pipe material, access, system condition and local market. See the methodology page for how figures are calculated and sourced.