# Power Line Construction Contractor **URL:** https://draftech.com/services/utility-construction/power-line-construction/ **Canonical:** https://draftech.com/services/utility-construction/power-line-construction/ **Updated:** 2026-10-07 **Description:** Draftech delivers turnkey overhead power distribution construction, with in-house engineering and managed crews from pole setting through utility closeout. **Visible word count:** 1493 **Source:** derived from services/utility-construction/power-line-construction/index.html by projects/content-pipeline/src/sync_blog_ai_mirrors.py - do not hand-edit --- [Part of our Utility Construction services](https://draftech.com/services/utility-construction/) TURNKEY OVERHEAD DISTRIBUTION CONSTRUCTION Last reviewed: October 2026 Draftech delivers full turnkey construction of overhead power distribution lines, built and rebuilt by Draftech-managed crews, from pole setting and conductor stringing to service connections and make-ready. In-house engineering and Draftech-managed crews give you a single point of accountability through construction and closeout. [Get Your First 20,000 LF Free](https://draftech.com/free-design) 44K+ Miles of OSP Designed 2.6M+ Addresses Passed 24 Active States 600+ Engineers Nationwide ## One team from distribution design to the completed line Draftech delivers full turnkey construction for overhead power distribution projects. Our power line construction services connect survey, design, pole loading, staking and permits with Draftech-managed crews building the line. Electric cooperatives, municipal utilities, investor-owned utility distribution groups and developers work with one accountable team across those phases. A design firm can finish its drawings while a permit consultant is still resolving a crossing and a line contractor is preparing to mobilize. Without a shared schedule, the project owner becomes responsible for reconciling their assumptions. A pole replacement missed during design can change the material order, attachment transfers and planned cutover after field work has already been scheduled. Draftech brings those decisions into the same delivery process. Engineering is 100% in-house. Full turnkey construction is delivered by Draftech-managed crews under Draftech's QA/QC and safety program. Our [utility construction services](https://draftech.com/services/utility-construction/) connect engineering decisions to field execution, with responsibility for resolving discrepancies carried through to closeout. ## What Draftech delivers Our aerial power line construction scope covers new overhead distribution and work on existing pole lines. We define the construction limits, utility interfaces and acceptance requirements before the build starts. - **New distribution lines:** Pole installation, framing and conductor stringing for primary and secondary overhead distribution serving new load. - **Line rebuilds and reconductoring:** Replacement of designated structures, hardware and conductor, coordinated with the existing circuit and the utility's operating requirements. - **Pole setting and replacement:** Installation of poles and associated framing, crossarms and hardware to the engineered design, including planned attachment transfers. - **Conductor installation:** Pulling and sagging conductor to the design requirements, with clearance verification tied to the completed installation. - **Equipment and service work:** Transformer installation, secondary runs and service connections coordinated with utility requirements. - **Distribution make-ready:** Pole and attachment work that prepares shared structures for the planned installation, with other pole users included in the sequence. A rebuild may combine several of these activities on the same route. Scoping them together makes the dependencies visible: which poles must be replaced, which attachments must move and which work must precede the utility's cutover. ## Engineering that answers field questions before mobilization Construction needs a usable design package. Pole locations, framing details, conductor requirements and equipment schedules must agree with the surveyed corridor. Access constraints and existing attachments also need to be reflected in the planned work. Draftech's in-house [electric utility engineering](https://draftech.com/services/electric-utility-engineering/) team develops the distribution design that supports construction. Survey information and staking establish where the work will occur. Pole loading identifies structural requirements, while the construction drawings translate those decisions into the installation scope. On an existing line, changing conductor or adding attachments can affect the work required at individual poles. Resolving those conditions during engineering lets the construction plan account for replacement poles, materials and transfer activities before crews arrive. It also gives the owner a clearer basis for reviewing scope and budget. When a field condition differs from the drawings, the question returns to the engineering team responsible for the design. Draftech carries the approved resolution into the field instructions and project records so construction and closeout reflect the same decision. ## How a build runs ### 1. Establish the route and construction scope We review the proposed route, existing facilities, new load requirements and available utility records. Field survey and staking support the design, while the scope identifies new construction, retained facilities, replacements and service work. We also identify where access, shared poles or utility operations may control the sequence. ### 2. Complete the design and pole review Our engineers prepare the construction package and evaluate the structures affected by the work. [Pole loading analysis](https://draftech.com/services/pole-loading-analysis) informs the replacement and reinforcement requirements included in the design. Drawings, staking information and material requirements are checked together so the crew package reflects the approved construction scope. ### 3. Resolve permits, access and joint-use dependencies Draftech coordinates [permitting](https://draftech.com/services/permitting) with the design and construction schedule. Applicable road crossings, right-of-way approvals and access requirements are identified for the work area. On shared poles, required notifications and attachment transfers are incorporated into the sequence so an unresolved dependency is visible before the affected work is released. ### 4. Align materials and crews with the work package Poles, conductor, framing hardware and equipment are tied to the construction package. Procurement and staging are coordinated with design status, approvals and the planned field sequence. The mobilization plan accounts for material availability, site access, traffic control where needed and the utility's operating constraints. ### 5. Build and verify the installation Draftech-managed crews perform pole setting, framing, conductor installation and associated distribution work under Draftech's QA/QC and safety program. Field checks compare the installation with the engineered requirements. Design questions and construction discrepancies are resolved through the project team, with changes documented for the final records. ### 6. Coordinate cutover and complete closeout Draftech coordinates construction readiness with the utility or system owner responsible for cutover and energization. Inspection findings and punch-list items are tracked through resolution. As-built records, redlines and applicable make-ready documentation complete the handoff, giving the owner a record of what was installed and what changed. ## Keep make-ready on the construction schedule A shared pole introduces dependencies beyond the distribution crew's work. Replacing a structure may require other attachments to move before the old pole can be removed. A conductor change can also require a new review of the pole configuration. Draftech connects [pole loading and make-ready](https://draftech.com/services/pole-loading-make-ready/) with the distribution construction scope. The engineering decision, pole owner's requirements and attachment sequence are considered together. That connection helps prevent a completed portion of the build from waiting on an unplanned transfer elsewhere on the route. For corridors carrying communications infrastructure, utility coordination belongs in the project schedule from the start. The owner needs to know which activities depend on other parties and which portions of the work are ready to proceed. We carry those interfaces into the field sequence and closeout requirements. ## A construction plan suited to your utility or development For electric cooperatives, the scope can include member service extensions, distribution rebuilds and reconductoring. Draftech connects the engineering package and construction sequence with the cooperative's capital plan and operating requirements, giving the cooperative's staff a single point of accountability for the contracted work. Municipal utilities and investor-owned utility distribution groups need construction packages that fit their material requirements, approval processes and field acceptance procedures. Those requirements belong in the scope before procurement and crew scheduling. Draftech coordinates the build around the owner's review and operating responsibilities. For developers, the critical interface is often between site readiness and the serving utility's requirements. Distribution construction must align with the approved service arrangement, access and connection sequence. Establishing those interfaces early gives the development team a clearer view of what must happen before power can be brought into service. ## Scope the budget around the work Route length alone does not define a distribution construction estimate. Pole condition, replacement requirements, conductor selection, equipment, access and attachment transfers all shape the work. Traffic control, permitting and the utility's available cutover windows also affect how that work is sequenced. Draftech develops the construction scope around those project conditions. The estimate needs to identify what is included, which materials are required and which owner or third-party activities affect execution. That detail gives buyers a useful basis for comparing proposals and understanding changes when the approved scope evolves. ## Closeout records that support the asset The final records should explain the installed line without requiring the owner to reconstruct field decisions. Draftech's [as-built documentation](https://draftech.com/services/as-built-documentation) captures the completed work and documented changes, supported by redlines, inspection records and punch-list closeout. Applicable make-ready records are included in the project handoff. Defining these deliverables before mobilization makes record capture part of construction. It also gives the owner clear acceptance criteria for the documentation delivered at completion. More in This Pillar - [Utility Construction](https://draftech.com/services/utility-construction/) - [Fiber Construction Management](https://draftech.com/services/fiber-construction-management) - [Make-Ready Construction](https://draftech.com/services/utility-construction/make-ready-construction/) - [Construction Inspection & QA/QC](https://draftech.com/services/utility-construction/construction-inspection-qa-qc/) - [Joint Trench & Joint Build](https://draftech.com/services/utility-construction/joint-trench-joint-build/) - [Pole Installation & Replacement](https://draftech.com/services/utility-construction/pole-installation-replacement/) - [Wireless Construction](https://draftech.com/services/utility-construction/wireless-construction/) - [Electric Construction Management](https://draftech.com/services/utility-construction/electric-construction-management/) - [Underground Power Construction](https://draftech.com/services/utility-construction/underground-construction/) - [Storm Hardening Construction](https://draftech.com/services/utility-construction/grid-storm-hardening/) - [Fiber Construction](https://draftech.com/services/utility-construction/fiber-construction/) Get Started ## Put your distribution build under one accountable team Send Draftech your route information, available drawings, utility requirements and planned construction scope. Include known pole replacements, joint-use conditions and the service or cutover objective. We will use that information to define the engineering, construction and coordination work your project requires. [Contact Draftech to scope your power line construction project](https://draftech.com/contact) [info@draftech.com](mailto:info@draftech.com) | [305-306-7407](tel:3053067407) | Miami Lakes, FL ## Frequently Asked Questions ### Can Draftech handle engineering and construction together? Yes. Draftech performs all engineering and design in-house and delivers full turnkey construction through Draftech-managed crews. The integrated scope connects survey, pole loading, staking and permits with field construction and closeout. ### Can you rebuild an existing line or replace its conductor? Yes, our overhead distribution scope includes line rebuilds and reconductoring. We evaluate the associated pole, framing and attachment requirements during engineering and coordinate the construction sequence with the utility's operating requirements. ### Who controls cutover and energization? The utility or system owner controls its cutover and energization process. Draftech coordinates construction readiness, inspection items and the field work that supports that process. Those responsibilities are established during project planning. ### How is the construction schedule established? The schedule follows the defined scope, design status, permit requirements, material availability and utility coordination needs. Draftech ties those dependencies to the planned construction sequence. Project dates are developed around the actual route and approval conditions. ### Where is Draftech available? Active in 24 states. Available across all 50 U.S. states. Share the project location and scope so we can discuss the delivery requirements for your build.