Electrical service drop installation typically costs $500-$3,000 when an electrician installs or replaces the customer-owned mast, attachment, and service conductors; a new overhead connection or service upgrade can bring the total to $1,500-$6,000 or more. The utility’s charges, service size, roof access, permits, and whether the work includes a new panel are the main price drivers.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Electrician work on existing 100-amp service | $500 | $1,200 | $2,500 | Typical accessible mast, attachment, or conductor repair |
| New overhead connection or service drop | $800 | $2,500 | $5,000+ | Utility fees and distance can raise the total |
| 200-amp overhead service upgrade | $1,500 | $3,500 | $6,000+ | May include panel, meter equipment, permits, and utility coordination |
| Electrician labor | $75-$100 per hour | $100-$150 per hour | $150-$200 per hour | Rates vary by region and emergency timing |
Typical service drop prices for overhead homes
A service drop is the overhead conductors running from the utility’s pole to the home’s service point. In many areas, the utility owns and maintains those wires, while the homeowner is responsible for the mast, weatherhead, attachment hardware, meter equipment, and wiring beyond the designated connection point. The exact division varies by utility tariff and local rules, so a quote should identify who is doing each task.
For a straightforward repair, homeowners commonly pay $500-$2,500 to an electrician, while a new or upgraded overhead service can cost $1,500-$6,000 or more overall. A simple replacement of damaged customer-owned conductors or a loose attachment tends toward the low end. A complete 200-amp conversion, new meter socket, roof mast, grounding work, and inspection can push the job higher.
Per-unit pricing is less useful than a project quote because the work depends on the connection point, service capacity, and utility requirements. As a planning guide, electrician labor often runs $75-$150 per hour, with about 4-10 hours for uncomplicated work. A longer mast, difficult roof access, or panel replacement adds labor and materials. Assumptions: standard residential overhead service, ordinary access, typical U.S. labor rates, and no major structural repairs.
What the mast, wiring, and utility work add to the quote
Ask for separate line items for electrician work and utility charges. Utilities may make the connection without a direct fee for a standard service, but new construction, relocation, unusual distance, or special equipment can trigger charges. The electrician’s estimate should state whether it includes materials, grounding, permit fees, inspection corrections, and any panel or meter replacement.
| Quote item | Typical price | What changes the charge | Usually handled by |
|---|---|---|---|
| Mast, weatherhead, and attachment | $200-$800 | Height, conduit type, roof condition, and hardware | Electrician |
| Customer-side service conductors | $4-$12 per linear ft | Wire gauge, conductor material, and route length | Electrician |
| Meter socket or service equipment | $150-$600 | Amperage rating and utility specifications | Electrician |
| Grounding and bonding work | $150-$500 | Existing grounding condition and code updates | Electrician |
| Permit and inspection | $50-$300 | Local fee schedule and project scope | Local authority, arranged by contractor |
| Utility connection or engineering | $0-$2,000+ | Distance, relocation, new service, and local policy | Electric utility |
The customer-side electrical work and utility-side connection are separate cost categories. A contractor may coordinate a scheduled disconnect and reconnect, but the utility usually controls the live connection to its distribution system. Verify whether the estimate includes utility fees or lists them as an allowance that could change.
For example, 6 hours of electrician labor at $120 per hour equals $720 before materials, permits, and any utility charges. A crew may quote a fixed project price instead of hourly billing, particularly when a service replacement requires a planned outage.
How amperage, mast height, and wire distance change price
Service capacity is a major cost driver. A repair that keeps an existing 100-amp service may avoid panel replacement, while upgrading from 100 to 200 amps can require a larger meter socket, conductors, disconnect, panel, and grounding system. A 200-amp service upgrade commonly adds $1,000-$3,500 compared with a limited mast or conductor repair, depending on what existing equipment must be replaced.
Conductor size and run length also matter. A short connection using conductors sized for the existing service costs less than a longer span or a larger-capacity installation. If the attachment point or meter location changes by 20-30 feet, added conduit and wire, routing work, and coordination may add several hundred dollars or more. The utility determines its own clearance and connection requirements.
A mast that must extend more than 2-3 feet above the roofline, or a service point that needs relocation, can require structural and weatherproofing work beyond a basic replacement. Steep roofs, brittle shingles, limited ladder access, and overhead obstructions increase labor time. If the mast is attached to damaged fascia or framing, carpentry repairs can add roughly $200-$1,000, depending on the extent of the damage.
Older homes may also need grounding or bonding corrections before an inspector approves reconnection. These code-related updates are not always visible during an initial estimate. Ask the electrician to inspect the panel, grounding electrode system, meter location, and attachment point before giving a firm price. A quote based only on replacing a visible cable may not cover required corrections.
Three realistic quotes for repair, replacement, and upgrade
These examples illustrate how scope changes the estimate. They assume standard residential equipment and normal access, and do not represent a fixed national rate. Utility policies and local labor costs can shift the final bill.
| Project example | Scope and labor | Estimated total | Approximate unit detail |
|---|---|---|---|
| Repair a damaged attachment | Replace hardware, inspect mast, 3-4 labor hours | $500-$1,000 | $100-$150 per labor hour; limited materials |
| Replace customer-side service equipment | New mast, weatherhead, conductors, grounding; 6-9 hours | $1,400-$3,000 | Conductor material roughly $4-$12 per linear ft |
| Upgrade to 200-amp overhead service | New meter socket and panel, grounding, utility coordination; 10-16 hours | $2,500-$6,000+ | Panel and service equipment commonly $500-$1,500 before labor |
The lowest quote is comparable only when it covers the same amperage, equipment, permits, and utility coordination. For a panel upgrade, confirm whether the estimate includes the panel itself, breakers, grounding updates, inspection, and temporary power arrangements if needed. For a repair, ask whether the contractor is replacing all damaged customer-owned components or only the part that failed.
Regional rates and utility rules across the United States
Electrician pricing often runs higher in major coastal cities and dense metropolitan areas than in rural markets. A comparable service project may cost 10%-25% more in high-cost urban areas than in lower-cost regions, especially where permits, parking, access, or contractor demand add time. Rural projects may have lower labor rates but higher travel charges or utility extension expenses.
Utility rules can matter more than regional labor averages. One utility may cover a standard drop from the pole to the service point, while another may charge for engineering, relocation, or added distance. New construction set far from an existing pole can require a line extension, new pole, or transformer work, potentially adding thousands of dollars. Only the utility can confirm the applicable service policy and whether a site visit is required.
Before comparing contractor bids, request the utility’s written scope and fee estimate. Check whether the quoted work is a customer-side repair, a utility-side drop replacement, or a full service relocation. These are different jobs, and a low electrician quote may exclude utility construction charges rather than indicate a less expensive complete project.
How long the electrician and utility work takes
A straightforward mast or attachment replacement may take 3-6 hours on site. Replacing service conductors and grounding components can take 6-10 hours, while a 200-amp upgrade with a panel change often requires 8-16 labor hours. The work may involve a two-person crew, particularly for handling long conductors, working at roof height, or coordinating a safe outage and reconnection.
The calendar time can be longer than the hands-on work because inspections and utility scheduling affect the sequence. A basic repair may be completed in one visit, but planned service work may require a permit, inspection, and utility appointment. Allow several days to a few weeks for coordination where local scheduling is tight; emergency repairs may happen faster but can incur higher labor rates.
Ask whether the contractor’s price includes the disconnect and reconnect appointment, inspection scheduling, and a return visit if the utility or inspector requires a correction. Emergency or after-hours electrician rates can reach $150-$250 per hour, with minimum call-out charges of about $150-$400. Those premiums are most relevant when a damaged service creates an immediate safety concern.
When a service drop repair turns into a larger job
A damaged customer-owned mast, weatherhead, or attachment can often be repaired without replacing the entire electrical system. However, a panel that is obsolete, undersized, corroded, or incompatible with current utility requirements may need replacement as part of the work. A panel-only replacement often costs $1,200-$3,000, while a combined service and panel upgrade commonly reaches $2,500-$6,000 or more.
Repairing sound equipment is usually less expensive than replacing a whole service, but the utility and inspector must accept the existing setup. A contractor should identify the failed component and note any code or safety issue that makes a broader upgrade necessary. A recommendation to upgrade should specify the actual defect, required amperage, utility rule, or inspection requirement—not just describe the equipment as old.
Underground conversion is not a simple substitute for an overhead drop. Trenching, conduit, and utility construction can make a conversion substantially more expensive, with homeowner-side work often ranging from $2,000-$10,000 or more before unusual utility extension costs. The total depends on trench length, paving, landscaping, and utility requirements. Compare a conversion quote only if relocation or underground service is genuinely part of the project.
Ways to trim the bill without compromising safety
Have the utility clarify ownership and required work before authorizing repairs. This can prevent paying an electrician to replace utility-owned wires or assuming a utility will cover customer-owned equipment. Request an itemized quote showing labor hours, material specifications, permit fees, utility allowances, and any panel work. Comparing two or three bids is useful only when each contractor is pricing the same scope.
Keep the project limited to required repairs unless the existing service cannot safely meet the home’s needs. If a 100-amp service is adequate and compliant, retaining it may avoid the cost of a 200-amp panel and larger equipment. Conversely, if a panel upgrade is already needed, bundling it with mast and service work may avoid paying for separate mobilization and repeat utility appointments.
Prepare safe, clear access to the meter and work area, and schedule non-emergency work during ordinary business hours. Do not climb near service wires, move a mast, or attempt to disconnect conductors; these lines can remain energized and present a lethal shock hazard. Avoid paying for premium equipment or unrelated electrical upgrades unless the utility specification, code, or documented household load requires them.
Before accepting a final price, verify that the contractor is licensed where required, carries appropriate insurance, and will obtain the permit. The written scope should state who supplies the meter socket and conductors, who pays utility charges, and what happens if inspection reveals additional work. A clear division of responsibility is one of the best ways to avoid surprise charges on an overhead service project.