Running electrical wire costs about $4-$12 per linear foot for a typical residential job, with a common project total of $300-$1,500. The price depends on wire type and length, whether walls are open or finished, circuit capacity, access, and local electrician rates.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Wire installation | $4 per linear ft | $8 per linear ft | $20 per linear ft | Installed; difficult finished-wall routes can exceed typical rates |
| New 120-volt circuit | $300 | $700 | $1,500 | Common household circuit, including typical labor and materials |
| New 240-volt circuit | $500 | $1,200 | $2,500 | Range depends on amperage, distance, and panel capacity |
| Wire material only | $0.25 per linear ft | $0.80 per linear ft | $3 per linear ft | Gauge, conductor material, and cable type affect price |
Typical prices for residential wire runs
For ordinary residential work, an electrician may charge $4-$12 per linear foot to route and install wire, including common materials and labor. A short, accessible run in an unfinished basement or attic often costs $150-$500. A longer run through finished rooms, with wall repairs or difficult access, can reach $1,000-$2,500 or more.
A typical new residential wire run costs roughly $300-$1,500, but the route and circuit requirements matter more than wire length alone. These estimates assume standard copper conductors, routine access, and no major panel replacement. Local labor rates, inspection requirements, and the number of devices connected can shift the total.
Per-foot pricing is useful for early budgeting but does not always appear on a contractor’s quote. Electricians commonly set a minimum service charge or price the job as a complete project because setup, testing, and panel connections take time even on short runs.
Assumptions: U.S. residential rates, standard copper wiring, accessible work area, and no major electrical service upgrade.
What electricians include in a wire-run quote
A quote can include more than the cable itself. Labor, connections, protection, testing, and permit costs may be bundled, so homeowners should check what the quoted total covers before comparing bids.
| Quote item | Typical price | What changes it | Common scope |
|---|---|---|---|
| Wire and cable | $0.25-$3 per linear ft | Gauge, conductor, insulation, and cable type | Copper NM-B, conduit conductors, or specialty cable |
| Electrician labor | $50-$130 per hour | Region, job complexity, and crew size | Routing, terminations, and testing |
| Boxes and fittings | $5-$40 per device location | Box type and number of outlets or switches | Boxes, clamps, connectors, and plates |
| Permit and inspection | $50-$300 | City or county rules and project scope | Application and required inspection |
| Wall access and patching | $100-$800 | Number and size of openings, finish material | Cutting access holes and basic repair |
Labor and access typically account for more of the bill than the raw wire. A quote may also include a trip charge, minimum fee, or markup on materials. Ask whether drywall patching, painting, permits, and final inspection are included; these are often excluded or listed as separate allowances.
Some projects require conduit, junction boxes, GFCI or AFCI protection, or a dedicated circuit. Those items should be listed clearly rather than hidden in a vague materials line. For labor budgeting, a simple planning formula is .
How distance, wire gauge, and wall access change the price
Length is only one cost driver. A 40-foot route across an open basement ceiling may be less expensive than a 20-foot route through insulated, finished walls. Each bend, floor crossing, fire block, and finished surface can add labor or repair expense.
Finished-wall routing and higher-capacity circuits create the widest price swings. A 15-amp or 20-amp, 120-volt branch circuit usually uses smaller conductors than a 30-amp or 50-amp, 240-volt circuit. Larger wire costs more and may require different breakers, conduit, or panel work.
For a long run, an electrician checks voltage drop and load. Runs approaching 100 feet, especially for substantial equipment loads, may require a larger conductor than a short run. The correct wire size depends on amperage, installation method, and local code, so it should be selected by a licensed electrician rather than estimated from distance alone.
Panel capacity can also change the quote. If no breaker spaces remain, a subpanel or panel replacement may be needed. A subpanel commonly adds $500-$1,500, while a full panel replacement can add roughly $1,500-$4,000, depending on amperage, service condition, and utility requirements.
Outdoor and underground runs often require weather-rated cable or conduit, trenching, and protection from physical damage. Trenching may add $5-$20 per linear foot in ordinary soil; rocky ground, concrete, landscaping, or deeper burial can raise that amount. Assumptions: Typical residential soil and straightforward access; local code determines burial depth and protection.
How long a residential electrician may need
A short, accessible run with one termination may take 2-4 hours. A new circuit routed through a finished home commonly takes 4-10 hours, while a complex multi-room project may need one or two workdays. The estimate covers routing and electrical connections, not necessarily drywall finishing or painting.
Every additional obstacle can add labor even when the wire footage barely changes. Electricians may need to move insulation, drill through framing, protect existing utilities, or open and close access points. A two-person crew can finish some larger jobs faster, but its combined hourly cost may be higher.
Ask whether the quote is fixed-price or time-and-materials. For hourly work, confirm the billable rate, estimated hours, service-call minimum, and how the electrician will notify the customer if hidden conditions increase the scope. A written estimate should state the circuit, route, devices, and testing included.
Three example quotes for common wire runs
These examples illustrate plausible residential quotes, not guaranteed local prices. They assume standard copper wiring and routine workmanship. A contractor may price the same job differently because of access, code requirements, market rates, or the existing panel.
| Project | Scope and labor | Estimated total | Approximate rate |
|---|---|---|---|
| Open-basement outlet circuit | 50 ft of 120-volt wire, one outlet, about 3 labor hours | $350-$650 | $7-$13 per ft, including setup and termination |
| Finished-wall kitchen circuit | 35 ft of 20-amp circuit, two device locations, about 6-9 labor hours | $700-$1,400 | $20-$40 per ft because access and patching add cost |
| Garage 240-volt equipment circuit | 60 ft of heavier-gauge wire, breaker and outlet, about 5-8 labor hours | $900-$1,900 | $15-$32 per ft, depending on amperage and panel space |
The finished-wall example costs more per foot than the open-basement run despite being shorter. The difference reflects time spent locating a route, cutting access, fishing cable, and restoring surfaces. If drywall repair or painting is done by a separate trade, that work may be an additional $100-$800.
For equipment such as a range, hot tub, or electric vehicle charger, the electrician must confirm the manufacturer’s amperage requirements and available panel capacity. A longer route or a panel upgrade can put the final price above the example range.
Why wire-run prices vary by U.S. region
Labor markets create noticeable regional differences. In lower-cost rural and Midwestern markets, a straightforward job may fall near the lower end of the ranges above. Dense coastal cities and high-cost metro areas can run 20%-50% higher because of wages, travel, parking, permitting, and building access.
Compare local bids by scope, not by a single national per-foot number. In a high-cost city, a basic circuit quoted at $500-$1,000 may be routine, while a similar job in a lower-cost market could be $300-$700. These are broad comparisons; the home’s layout and circuit requirements can outweigh regional averages.
Rural projects may have lower hourly rates but higher travel or mobilization charges, especially when an electrician must drive a long distance. Urban apartments can add costs for building approvals, restricted work hours, elevator reservations, or coordination with property management.
For an apples-to-apples comparison, request at least two written estimates that identify wire type and gauge, circuit rating, approximate length, device count, permit responsibility, wall repair, and any panel work. Make sure each contractor is pricing the same route and endpoint.
When permits, trenching, or panel work add fees
Local rules determine whether a permit is required for a new circuit or substantial wiring change. Permit and inspection charges commonly total $50-$300 for a small residential job, though complex projects or some jurisdictions cost more. An electrician should confirm local requirements before work begins.
Buried runs and service-panel changes are separate budget items, not ordinary wire footage. A trench through soil may add $5-$20 per foot before cable or conduit, while cutting and restoring a driveway can cost substantially more. Check whether the estimate includes backfill, disposal, surface restoration, and inspection.
A breaker installation may be straightforward when the panel has capacity and the existing equipment is compatible. If the panel is full, damaged, obsolete, or undersized, a subpanel or replacement can add hundreds or thousands of dollars. The utility may also require coordination if the service entrance is changed.
Older homes may need grounding corrections, updated protection, or repairs to unsafe existing wiring exposed during the job. These items are not always predictable before walls are opened. A good estimate distinguishes the original scope from optional or code-required corrections discovered on site.
Ways to lower the bill without cutting safety
Choose an accessible route when possible. A wire run through an unfinished basement, attic, or garage is generally less labor-intensive than fishing cable through completed walls. If remodeling is already planned, coordinating wiring before drywall installation can avoid later access and patching charges.
Keep the circuit scope precise and avoid paying for capacity or devices that are not needed. Provide the electrician with the equipment specifications and intended outlet locations. A circuit should be sized for the actual load and code requirements; choosing undersized wire or skipping required protection is not a safe cost-saving measure.
Ask whether several nearby electrical tasks can be completed during one visit. Combining a new circuit with planned outlet or switch work may reduce repeated trip charges, though it does not eliminate the labor or materials for each task. Scheduling non-urgent work during ordinary business hours can also avoid emergency or after-hours rates.
Compare at least two detailed quotes, and ask each contractor to separate required work from optional upgrades. Check licensing and insurance, confirm who obtains permits, and clarify whether wall repair is included. The lowest bid may omit important items, so compare the final scope and warranty as well as the total.
DIY wire installation is not a reliable shortcut for most new circuits. Incorrect wire sizing, poor connections, or improper protection can create shock and fire hazards, and unpermitted work may complicate insurance or a home sale. Leave circuit design, panel connections, and required inspections to a qualified electrician.