# Pole Replacement Engineering Services **URL:** https://draftech.com/services/electric-utility-engineering/pole-replacement-engineering/ **Canonical:** https://draftech.com/services/electric-utility-engineering/pole-replacement-engineering/ **Updated:** 2026-10-07 **Description:** Draftech delivers pole replacement engineering services with physical inspection, groundline testing, strength analysis and prioritized replacement designs. **Visible word count:** 1230 **Source:** derived from services/electric-utility-engineering/pole-replacement-engineering/index.html by projects/content-pipeline/src/sync_blog_ai_mirrors.py - do not hand-edit --- [Part of our Electric Utility Engineering services](https://draftech.com/services/electric-utility-engineering/) CONDITION DRIVES THE REPLACEMENT PROGRAM Last reviewed: October 2026 Draftech's own inspection team performs physical pole inspection, including groundline testing. Our in-house engineers turn those findings into documented replacement priorities and a design package specifying the pole each location needs. [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 ## Pole replacement engineering services built on inspection Draftech provides pole replacement engineering services for electric distribution utilities, rural electric cooperatives and municipal utilities managing wood-pole systems. You receive documented physical condition findings, an engineering assessment of class and strength, a ranked replacement list and the design for each selected replacement. Our own people perform the inspection, including groundline testing, and engineering is 100% in-house. A pole can look sound from the road while internal decay at the groundline compromises its strength. An age-based replacement list can direct capital toward a serviceable pole while a deteriorated one remains in service until it fails. Even when the right pole reaches the list, an unsupported replacement specification can leave the utility with the wrong class, length or species for the loads and clearances at that location. We connect the replacement decision to the inspection evidence and carry that decision into the design. The utility gets one accountable team for explaining why a pole needs replacement, where it ranks and what should replace it. Utility pole replacement engineering is part of Draftech's [electric utility engineering services](https://draftech.com/services/electric-utility-engineering/). ## Physical findings that reach the engineering decision Draftech's field team physically inspects the agreed pole population, including groundline testing for internal decay. Those findings establish the condition evidence our engineers use to evaluate replacement need. Our engineers review what the inspection found and what it means for the strength assessment. If a finding needs clarification, the engineering team takes the question back to Draftech's inspection team before relying on it in a replacement recommendation. An adverse groundline result goes into the engineering review even when the exterior looks sound. ## Class and strength tied to inspected condition Our in-house engineers estimate each pole's remaining strength at groundline from the inspection findings and compare it with the strength required under the line's National Electrical Safety Code (NESC) loading district. That comparison establishes the engineering basis for the replacement recommendation and the required replacement specification. A class recorded in an asset file describes the pole's designation; it does not resolve the effect of deterioration found during inspection. A pole whose remaining strength falls short becomes a replacement candidate, whatever class the asset file records. Draftech carries the field findings into the assessment so the recommendation reflects the inspected pole. For the replacement, we specify class, length and species together. The selected pole must suit the loading at that location and the owner's applicable requirements. Replacement pole class is checked against ANSI O5.1, and the loading check addresses NESC requirements. The analysis supports a defined selection rather than a blanket instruction to repeat the existing pole specification across the program. ## A replacement order your utility can explain The prioritized list ranks the inspected population by findings and engineering basis. It gives your utility a reason for the order of replacement. The ranking matters most when capital cannot cover every proposed replacement at once. An undifferentiated list leaves the owner to choose among poles without a documented comparison. A ranked list preserves the engineering reasons for priority as the utility determines which work to authorize. Each replacement recommendation includes three points: - The physical inspection and groundline findings that prompted the assessment. - The class-and-strength analysis supporting the replacement decision. - The engineering reason for the pole's position in the replacement order. The list remains tied to the inspected population. Your staff can distinguish conclusions supported by completed inspection and analysis from questions that still need resolution. When management or a regulator asks why the program selected a pole, the answer can follow the evidence from field finding to engineering recommendation. ## Replacement designs that resolve the specification A priority list tells the utility where to direct replacement work. The design package tells whoever builds the replacement what each selected replacement requires. Draftech develops the pole specification and supporting details from the analysis so the issued design addresses the assessed replacement need. The package includes: - **Pole class:** Chosen so the new pole's strength meets the NESC loading at that location, with the class checked against ANSI O5.1. - **Pole length:** Set by the attachment heights and clearances the replacement must keep. - **Wood species:** Named so the class and strength basis line up, leaving no species selection open for construction. - **Framing:** Defines the crossarm and hardware arrangement the replacement carries. - **Guying:** Identifies the guys and anchors to add, keep or change for the replacement's loading. The design package also identifies the attachments the replacement affects. The issued documents give the construction team the pole selection and design requirements without leaving class, length or species to be decided from a generic replacement note. ## How the program moves from inspection to issue ### Agree the population and evaluation criteria Draftech and the owner establish which poles the engagement covers and the criteria the inspection and engineering analysis will apply. Existing pole records, previous findings and the utility's requirements help define that scope. We also establish the information the owner needs to review the priorities and replacement designs. ### Perform the physical inspection Draftech's own inspection team performs the field inspection and groundline testing. This step produces a condition record for each inspected pole for our engineers to analyze. ### Analyze the findings and rank replacements Our engineers review the inspection results, complete the class-and-strength analysis and build the prioritized replacement list. The owner receives the engineering reasons behind the recommendations. ### Assemble and issue the replacement package We develop the replacement specifications, framing and guying into the design package. The issued package carries the selected replacements forward with their engineering requirements resolved. ## Fit the engagement to your replacement program A utility choosing a pole replacement engineering firm needs both physical inspection capability and engineers who will use the findings. Draftech combines those responsibilities for owners addressing aging, damaged or under-strength wood distribution poles across an agreed population. EPC and general-contracting firms managing a utility's replacement program can engage the same in-house team on the owner's behalf. [Overhead distribution design](https://draftech.com/services/electric-utility-engineering/overhead-distribution-design/) covers new and rebuilt line design as a separate scope. [Grid hardening engineering](https://draftech.com/services/electric-utility-engineering/grid-hardening-engineering/) covers resilience upgrades, a separate scope from a condition-based replacement program. The issued package can go to the utility's own crews or contractor, or to Draftech's [pole installation and replacement service](https://draftech.com/services/utility-construction/pole-installation-replacement/): full turnkey construction delivered by Draftech-managed crews under Draftech's QA/QC and safety program. More in This Pillar - [Electric Utility Engineering](https://draftech.com/services/electric-utility-engineering/) - [Overhead Distribution Design](https://draftech.com/services/electric-utility-engineering/overhead-distribution-design/) - [Underground Distribution (URD) Design](https://draftech.com/services/electric-utility-engineering/underground-distribution-design/) - [Overhead-to-Underground Conversion](https://draftech.com/services/electric-utility-engineering/overhead-to-underground-conversion/) - [Distribution Substation Design](https://draftech.com/services/electric-utility-engineering/distribution-substation-design/) - [Joint Use for Pole Owners](https://draftech.com/services/electric-utility-engineering/joint-use-engineering/) - [Grid Hardening Engineering](https://draftech.com/services/electric-utility-engineering/grid-hardening-engineering/) - [Work Order Design](https://draftech.com/services/electric-utility-engineering/distribution-work-order-design/) - [Co-op Broadband Engineering](https://draftech.com/services/electric-utility-engineering/electric-cooperative-broadband/) - [NESC Compliance Engineering](https://draftech.com/services/electric-utility-engineering/nesc-compliance-engineering/) Get Started ## Scope your pole replacement program Bring Draftech the poles you need evaluated, the records you have and the replacement decisions your utility needs to make. We will define the inspection and engineering work that connects those decisions to documented condition and strength findings. [Contact Draftech](https://draftech.com/contact) to scope your replacement program and the design package your team needs. [info@draftech.com](mailto:info@draftech.com) | [305-306-7407](tel:3053067407) ## Frequently Asked Questions ### Does Draftech perform the groundline testing itself? Yes. Groundline testing and the engineering that uses it fall under Draftech's responsibility, so your utility has one company accountable for resolving questions about a finding. ### Can we start with an existing age-based replacement list? Yes, an existing list can help define the population to inspect. We agree the inspection and analysis criteria with your utility and develop replacement priorities from the resulting evidence. Age helps choose which poles to inspect; it does not set the final ranking. ### Is this the right scope for a proposed fiber attachment? A single-pole replacement question arising from a proposed attachment belongs in pole loading analysis . This page covers the owner's condition-based replacement program across an inspected wood-pole population. ### Do we receive the class-and-strength assessment or only the ranked list? You receive both the class-and-strength assessment and the ranked replacement list. Each pole's replacement priority is tied to its assessment, so your utility can review the analysis alongside the ranking. ### What should an EPC provide when scoping the program? Provide the utility's proposed pole population, available pole records, inspection history and engineering requirements. Identify the owner representatives who will agree the evaluation criteria and review the deliverables. Draftech uses those inputs to define the inspection, analysis and replacement design scope.