The cost to pour footings commonly runs $10-$30 per linear foot when excavation, concrete, reinforcement, and labor are included; a typical small residential project may total $1,500-$5,000. The final quote depends most on footing dimensions, soil and site access, local labor rates, and whether the price includes permits, concrete delivery, and backfill.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Installed footing | $10 per linear ft | $20 per linear ft | $30 per linear ft | Typical residential scope; excavation and basic reinforcement included |
| Small project total | $1,000 | $3,000 | $6,000 | About 50-200 linear ft; minimum charges affect smaller jobs |
| Ready-mix concrete | $150 per cubic yd | $180 per cubic yd | $220 per cubic yd | Concrete only, before pumping or short-load fees |
| Labor | $50 per hour | $75 per hour | $110 per hour | Per worker; crew size and regional rates vary |
Assumptions: Standard residential concrete, ordinary soil, accessible site, and no unusual engineering or drainage work.
What poured concrete footings cost by linear foot
For a straightforward residential job, a useful planning range is $10-$30 per linear foot installed. At the midpoint, 100 linear feet would cost about $2,000, while 200 feet would be about $4,000. These totals assume a typical continuous footing, ordinary excavation, basic rebar, and normal concrete-truck access. A contractor may quote by the project rather than by the foot, especially for a short run.
Very simple work with favorable access may fall near $8-$15 per foot. Deep, wide, heavily reinforced, or hard-to-reach footings can exceed $30-$50 per foot. A small job can still cost $1,000-$2,000 because mobilization, layout, equipment, and minimum labor charges do not shrink in proportion to the footage.
For early budgeting, use $20 per linear foot for a standard installation, then adjust for dimensions, access, and local requirements. The estimate should state whether it covers excavation, concrete, steel reinforcement, forms, inspection coordination, and backfill; exclusions can materially change the final bill.
How excavation, concrete, and rebar shape the quote
A footing quote combines several tasks, not just the concrete purchase. Labor and excavation often make up a substantial share of a small project because crews must mark the layout, dig consistently, place reinforcement, pour, and finish the work. Concrete volume depends on the footing’s width, depth, and total length.
| Quote component | Typical price | What changes the charge | Common billing basis |
|---|---|---|---|
| Excavation and soil handling | $3-$10 per linear ft | Hard soil, roots, slope, spoil removal | Per foot or equipment hours |
| Concrete material and delivery | $150-$220 per cubic yd | Mix specification, distance, small load | Per cubic yard plus delivery |
| Rebar and placement | $1-$4 per linear ft | Bar size, spacing, engineering details | Per foot or material allowance |
| Forming and pour labor | $4-$12 per linear ft | Footing shape, crew size, finish needs | Per foot or labor hours |
| Equipment, disposal, and mobilization | $200-$1,000 per job | Machine access, haul distance, job size | Flat fee or itemized charge |
These component ranges are budgeting references, not amounts to add automatically: contractors may bundle labor, equipment, and materials in one installed rate. Concrete volume can be estimated as length × width × depth in feet, divided by 27, with an allowance for waste. For example, a 100-foot run measuring 2 feet wide and 1 foot deep uses about 7.4 cubic yards before waste; actual designs may differ significantly.
Ask for an itemized quote that separates concrete volume, excavation, reinforcement, and fees so competing bids cover the same scope.
Why footing width, depth, and soil alter the price
Dimensions are among the strongest cost drivers because they affect both excavation and concrete volume. A common residential continuous footing might be 16-24 inches wide and 8-12 inches thick, but the approved design depends on the building load, soil bearing capacity, frost depth, and local code. A 24-inch-wide footing uses 50% more concrete per linear foot than a 16-inch-wide footing at the same thickness.
Depth can raise the excavation bill quickly. If the trench must extend below a local frost line, pass through unsuitable soil, or reach stable bearing ground, added digging and spoil removal may add $5-$20 per linear foot or more. Rocky ground can require a breaker or specialized equipment; that may add hundreds or several thousand dollars, depending on the area and time required.
Reinforcement and engineering requirements also change labor and material needs. A basic layout may use a modest rebar schedule, while heavier structures, poor soil, or concentrated loads may require larger bars, closer spacing, or a more substantial footing. Do not reduce footing size or reinforcement without approval from the plans’ engineer or local building official.
Access is another practical variable: a truck that can discharge near the trench may avoid pump costs, while a long hose run or blocked driveway can add roughly $300-$1,000 for pumping and setup. Existing landscaping, fences, utilities, and nearby structures can also slow excavation and increase restoration costs.
How crew hours and concrete delivery affect timing
A simple, accessible footing run of roughly 100-200 linear feet may take a small crew one to three workdays, including layout, excavation, reinforcement, pour, and cleanup. Actual timing varies with soil, inspection scheduling, weather, and whether the crew also handles forms or backfill. Concrete placement itself may take only a few hours, but site preparation usually accounts for much of the labor.
At common labor rates of $50-$110 per worker-hour, a three-person crew working eight hours represents $1,200-$2,640 in gross labor time before contractor overhead, equipment, or materials. Not every bid presents labor this way; some use a fixed installed price. Compare the stated crew scope and number of workdays, not only the hourly rate.
Concrete delivery charges deserve special attention on short runs. Ready-mix suppliers may apply a short-load charge of about $100-$300 when the order is below their economical truck minimum, and a second delivery can add more. Pouring multiple sections together may reduce delivery expense if the design, access, and schedule permit it.
How footing prices differ across U.S. regions
Labor and materials make location matter. As a broad planning comparison, bids in high-cost coastal metros may be 15%-35% above a national midpoint, while many smaller Midwestern or Southern markets may come in 5%-20% below it. Remote rural jobs are not automatically cheaper: travel, limited contractors, and concrete delivery distance can offset lower hourly wages.
Climate and local building practice affect the scope as well as the rate. Areas with deeper frost requirements may need deeper excavation; expansive clay, steep lots, or seismic design requirements can call for engineering and added reinforcement. In warm regions, a shallow design might reduce excavation, but it still must meet local code and soil conditions.
For a standard 100-foot footing run, a $20-per-foot midpoint suggests $2,000 before unusual charges. A metro bid priced 25% higher would be about $2,500 for the same stated scope, while a rural contractor could quote less but charge extra for mobilization. Use local bids and the approved footing plan rather than applying a national per-foot rate as a guaranteed price.
Three footing quotes for different residential scopes
These examples illustrate how dimensions, access, and project size influence totals. They are not substitutes for a site visit or code-compliant design. Each assumes ordinary concrete and no major rock excavation or structural redesign.
| Project scenario | Scope and unit rate | Labor and added charges | Estimated total |
|---|---|---|---|
| Small porch | 60 linear ft at $18-$28 per ft | 12-18 crew hours; $200-$450 mobilization | $1,300-$2,100 |
| Garage foundation | 120 linear ft at $15-$27 per ft | 24-36 crew hours; $250-$600 delivery and equipment | $2,050-$3,850 |
| Large addition | 200 linear ft at $18-$35 per ft | 40-60 crew hours; $400-$1,000 for pump or difficult access | $4,000-$8,000 |
A quote can fall outside these examples if the footing is unusually wide or deep, the site requires extensive forms, or the job includes foundation walls, slab work, or demolition. A footing-only estimate should not be compared directly with a bid that includes those additional elements.
Permits, inspections, and site fees that may appear
Permit costs vary by city, project value, and whether the footing supports a new structure or an addition. A small residential building permit might add $50-$500, while more involved plan review, engineering, or multiple inspections can bring administrative costs to $500-$2,000 or more. Some jurisdictions include inspections in the permit fee; others charge separately.
Building officials may require inspection of trench depth, soil conditions, or rebar before the pour. If a crew pours before a required inspection, correction or exposure work can create avoidable expense. Ask who schedules the inspection and whether the bid includes waiting time or a return visit.
Utility locating is generally arranged before digging, but private lines such as irrigation, low-voltage lighting, or propane piping may not be covered by public locating services. A private locating service can cost roughly $150-$500 depending on the site. Confirm permit responsibility, inspection timing, and utility marking before excavation begins.
How to lower a footing quote without cutting corners
Keep the scope aligned with the engineered plan and ask contractors to price the same footing dimensions, concrete specification, reinforcement, and excavation depth. This makes differences in labor, delivery, and equipment easier to identify. A low bid may omit spoil hauling, pump fees, inspection visits, or backfill, so verify exclusions before comparing totals.
Clearing access and marking known private lines before the crew arrives can limit avoidable labor, as long as the work does not disturb the required excavation area. If the site allows it, coordinate footing work with other concrete deliveries to reduce mobilization and short-load charges. Avoid ordering excess concrete; the contractor should calculate volume from the actual approved dimensions and account for reasonable waste.
Schedule during a period when the contractor has availability, rather than treating a footing pour as an emergency. Rush scheduling or a return trip may add $200-$800 or more. However, weather, soil saturation, and inspection availability should take priority over a low-price date.
Do not save money by narrowing, shallowing, or omitting steel from a designed footing. Those changes can compromise the foundation and may trigger failed inspections or costly repairs. The safest savings usually come from clear scope, efficient access, coordinated delivery, and comparing at least three itemized local quotes.