The cost to dig and pour footers, more commonly called footings, typically runs $1,500-$6,000 for a small residential project and $6,000-$15,000 or more for a larger home. Price depends on footing dimensions, soil and access, concrete and reinforcement, labor rates, and whether excavation, permits, or removal are included.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Small addition or garage | $1,500 | $3,500 | $6,000 | About 40-80 linear ft; straightforward digging |
| Typical house foundation footings | $4,000 | $8,500 | $15,000 | About 150-250 linear ft; standard access and soil |
| Excavation and forming | $5-$15 per linear ft | $10-$25 per linear ft | $25-$50 per linear ft | Higher for deep, rocky, or confined sites |
| Concrete placement | $150-$250 per cubic yd | $200-$350 per cubic yd | $350-$500 per cubic yd | Delivered concrete; small-load fees may apply |
Typical digging and pouring prices for residential footings
For a basic residential foundation, homeowners commonly pay $20-$60 per linear foot for excavation, forms, reinforcing steel, and concrete placement combined. A straightforward project with 150 linear feet of footings may therefore cost roughly $3,000-$9,000, before unusual site work, engineering, or foundation-wall construction. Larger homes, complex layouts, and high-cost labor markets can exceed that range.
A small garage, porch, or addition may need 40-80 linear feet and cost $1,500-$6,000. A new home can require 150-250 linear feet and cost $4,000-$15,000 for footing work alone. These estimates do not include basement walls, a slab, framing, or the full foundation package unless a quote specifically says so.
A useful planning figure is $20-$60 per linear foot for typical footing work, with total cost determined by the engineered dimensions and site conditions. A common residential footing might measure 16-24 inches wide and 8-12 inches thick, but soil conditions, loads, frost depth, and local plans can require larger or deeper concrete. Assumptions: standard residential concrete, ordinary soil, normal equipment access, and no major groundwater or rock excavation.
Some contractors quote by the cubic yard rather than by linear foot. Concrete volume can be estimated by multiplying footing length by width and thickness in feet, then dividing by 27. For example, 150 linear feet of 2-foot-wide, 10-inch-thick footings uses about 9.3 cubic yards before waste; the estimate should account for over-excavation, uneven trenches, and ordering minimums.
What excavation, rebar, concrete, and labor add
Quotes can bundle the work or list each task separately. Comparing the inclusions matters: one price may cover layout, excavation, forms, reinforcing steel, concrete delivery, placement, and cleanup, while another may exclude spoil hauling or inspection-related delays. The ranges below describe common U.S. residential work, not fixed national rates.
| Cost component | Typical range | Pricing basis | What changes the charge |
|---|---|---|---|
| Excavation | $5-$20 | Per linear ft | Depth, soil, machine access, trench stability |
| Forms and setup | $3-$10 | Per linear ft | Footing shape, corners, step-downs |
| Rebar and placement | $1-$5 | Per linear ft | Bar size, spacing, supports, engineered design |
| Concrete and delivery | $200-$400 | Per cubic yd delivered | Strength mix, local supply, short-load fee |
| Concrete placement labor | $50-$100 | Per worker-hour | Pour size, pump need, site access, crew size |
| Hauling and disposal | $200-$1,000 | Per project | Excavated soil volume and disposal distance |
Labor may be priced by the crew, by the hour, or as part of a fixed bid. A small crew’s labor can add $500-$2,000 for a simple job; complicated excavation and concrete placement can push labor several thousand dollars higher.
Concrete is only one portion of the bill. A project requiring 10 cubic yards might use $2,000-$4,000 of delivered concrete at common rates, while excavation, forming, rebar, labor, and site cleanup can add as much or more. Check that the estimate identifies both the concrete quantity and the work included in the per-foot price.
How footing width, depth, and soil shift estimates
Dimensions affect excavation volume and concrete quantity directly. Increasing a footing from 16 inches wide by 8 inches thick to 24 inches wide by 12 inches thick uses more than twice as much concrete per linear foot. The required size should come from approved plans or an engineer, not from a cost-saving guess.
Depth is especially important in cold regions, where footings generally must extend below the local frost line. A trench 18-24 inches deep may be relatively simple to excavate in accessible, workable soil; a depth of 4-6 feet can require substantially more machine time, spoil handling, and trench-safety measures. Local code and site design determine the actual depth.
Soil can change the quote even when footing dimensions stay the same. Loose fill, expansive clay, saturated ground, buried debris, and bedrock may require wider excavation, dewatering, replacement fill, special equipment, or an engineered design. Rock excavation can add roughly $30-$100 or more per cubic yard, depending on hardness and whether breaking or hauling is needed.
Site access is another measurable driver. A machine that can reach the foundation may keep digging near ordinary rates, while a narrow side yard or fenced urban lot may require a smaller excavator, hand digging, or concrete pumping. A pump can add about $500-$1,500 for a small residential pour, with price affected by distance, setup, and minimum charges.
Confirm footing dimensions, depth, soil assumptions, and equipment access before comparing bids. A low bid based on shallow, easy digging is not comparable to a quote that includes deep trenches, rock removal, or a pump. Ask whether the contractor has allowed for stepped footings on sloped ground and for any required changes after excavation exposes actual soil conditions.
How to lower the footing bill without changing the design
Cost control starts with keeping the approved scope clear. Ask the contractor to identify linear footage, footing width and thickness, concrete strength, rebar layout, excavation depth, and included disposal. When bids use the same plans and assumptions, price differences are easier to interpret and less likely to reflect missing work.
Complete practical site preparation before the crew arrives. Clear brush, move stored materials, arrange access, and locate underground utilities through the appropriate service. Do not excavate or alter bearing soil outside the approved plan. Avoiding a blocked equipment route or a last-minute utility conflict can prevent extra labor and a return trip.
Compare concrete delivery fees and minimum-load charges, particularly for a small footing pour. Contractors may be able to coordinate the pour with another concrete placement on the same project, if timing and design allow. Do not order less concrete than the plan requires simply to avoid a short-load fee; inaccurate quantities can cause a costly interruption or a compromised pour.
Request itemized pricing for optional work, such as soil export, pump rental, or extra gravel. If excavated soil can legally and safely remain on the property for approved grading, hauling costs may be avoided. Confirm the disposal plan and finished grades first, since leaving unsuitable soil in the wrong location can create drainage or code problems.
Reduce uncertainty and unnecessary charges, not the footing size, reinforcement, or concrete quality required by the design. A written change-order rate for rock, water, or unexpected soil conditions can also help control costs when the excavation reveals something the original estimate could not verify.
Do permits and inspections add to footing prices?
Permit charges depend on the project and local jurisdiction. A small addition may have a combined building permit fee of $100-$1,000 or more, while a new home permit is generally part of a much larger building-permit package. Footing inspection fees may be included or billed separately; ask the local building department what applies before budgeting.
Engineering or soil evaluation can also add cost when required by plans, local rules, or site conditions. A basic residential soil test may run about $500-$2,000, while more extensive geotechnical investigation can cost more. These services are not necessary for every project, but skipping a required evaluation can lead to redesign, failed inspections, or expensive rework.
Footings are often inspected before concrete is placed to verify dimensions, reinforcement, setbacks, and bearing conditions. A missed inspection can delay the pour and create labor, equipment, or concrete rescheduling charges. Include inspection timing in the schedule and confirm that the contractor’s price states who arranges inspections and addresses corrections.
Permit and inspection costs are local, so verify them with the building department rather than relying on a national allowance. Code requirements can also affect footing depth, reinforcement, and frost protection. The contractor’s estimate should distinguish required work from optional upgrades and note whether permit fees are included.
How many hours a footing crew needs to dig and pour
A straightforward 40-80-linear-foot footing job may take one to two workdays for excavation, forms, reinforcement, and concrete placement, plus time for inspections and curing. A 150-250-foot residential foundation may need two to five workdays, depending on crew size, layout, access, soil, and the number of corners or elevation changes.
These are active-work estimates, not necessarily calendar time from contract to pour. Utility marking, permit review, weather, concrete availability, inspection appointments, and excavation discoveries can extend the schedule. In some areas, wet or frozen ground may make digging impractical or require additional equipment and preparation.
Hourly labor rates for excavation or concrete work commonly fall around $50-$100 per worker-hour, though company billing may include equipment, insurance, and travel rather than showing a simple wage rate. A mini excavator may cost $300-$700 per day to rent without an operator; an operated machine is often billed at a higher hourly or daily rate.
Ask for the expected crew size, workdays, machine charges, and inspection milestones. A contractor who gives a clear schedule can explain whether labor is fixed-price or time-and-materials and what would trigger a delay charge. Keep the access route clear so the crew can work without moving stored items or waiting on other trades.
Three residential footing quotes with different dimensions
The examples below illustrate how scope affects price; they are not bids for a specific property. Each assumes standard concrete, ordinary soil, and no major permit, groundwater, or rock complications. Regional labor and disposal rates can move totals outside these sample ranges.
| Project example | Scope and unit estimate | Labor assumption | Illustrative total |
|---|---|---|---|
| Detached garage | 60 linear ft; 18 in. wide, 10 in. thick; about 3.1 yd of concrete | Two-person crew; 12-18 hours at $50-$85 per worker-hour | $2,200-$4,500 |
| Home addition | 90 linear ft; 24 in. wide, 12 in. thick; about 6.7 yd of concrete | Three-person crew; 18-28 hours at $55-$95 per worker-hour | $4,000-$8,000 |
| New home perimeter | 180 linear ft; 24 in. wide, 12 in. thick; about 13.3 yd of concrete | Three- or four-person crew; 30-45 hours | $7,000-$14,000 |
The garage example might include approximately $600-$1,200 for concrete, with the remainder covering excavation, forms, rebar, labor, and cleanup. The addition uses more concrete and often has more corners and transitions. The new-home example may require higher costs if the plan includes interior bearing-wall footings, stepped sections, or deeper frost-protected excavation.
In each example, the listed concrete volume is a geometric estimate; actual ordering may be higher to account for waste and trench irregularities. A quote should state whether the figures include taxes, delivery, pump service, spoil hauling, permit fees, and inspection coordination. Use the dimensions and inclusions—not just the total—as the basis for comparing contractors.
For a project with an unusual footprint, ask for the total linear footage by footing size rather than one blended rate. Separate quantities make it easier to see whether the price reflects additional concrete, deeper digging, reinforcement, or labor-intensive layout. They also provide a clear reference if the approved plans change.