Pole loading analysis, NJUNS application processing, OTMR coordination, and joint use make-ready — the work that clears the path for aerial fiber construction. Serving all 48 continental states.
Make-ready is the process of preparing existing utility poles to accept new fiber attachments before construction begins. It is not optional and it is not fast — on most aerial fiber deployments, make-ready is the longest lead-time item in the entire project schedule, and underestimating it is one of the most common reasons fiber deployments run late.
The make-ready process involves multiple sequential steps. First, a field survey team collects existing attachment data — who owns what, how high each attachment is, how much vertical separation exists between attachers, and whether the pole itself has the structural capacity to accept a new attachment. That field data feeds into pole loading analysis, which determines whether each pole meets NESC structural requirements with the proposed new fiber attachment added to the loading calculation.
Poles that fail the loading analysis require one of three outcomes: a simple rearrangement of existing attachments to restore clearances, a pole transfer where all existing attachments are moved to an adjacent new pole, or a full pole replacement where the existing structure is removed and replaced. Each outcome has a different cost, timeline, and coordination requirement. The make-ready engineer's job is to identify which outcome applies to each pole and manage the process through completion.
Applications to pole owners — typically submitted via NJUNS (National Joint Utilities Notification System) or direct notification depending on the pole owner — trigger the formal make-ready workflow. The pole owner reviews the application, assesses their own attachment, and either approves the attachment or issues make-ready requirements that must be satisfied first. Coordinating the responses from multiple pole owners on a route with shared poles is a significant project management task.
For One Touch Make-Ready (OTMR) states, a certified attacher can perform all rearrangements of existing wireline attachments in a single coordinated crew visit rather than waiting for each existing attacher to schedule and perform their own work. Where OTMR is available and applicable, it can dramatically compress make-ready timelines.
Draftech provides make-ready engineering as an integrated service — field survey, structural analysis, application processing, and coordination through inspection and sign-off. We don't hand off between separate firms at each stage.
NESC-compliant structural analysis using O-Calc Pro and SPIDA Calc. Full loading reports formatted for pole owner submission, including proposed attachment and all existing attachments.
Clearance audit of existing attachments against NESC Table 232-1 requirements — identifying existing violations before they become a dispute during the make-ready process.
Application submission and tracking through NJUNS or direct pole owner notification systems. We manage the application workflow and follow up on overdue responses.
Per-pole make-ready cost estimates ($200–$3,000+ per pole depending on congestion and work type) for project budgeting and BEAD grant applications.
One Touch Make-Ready project coordination where OTMR regulations apply — single-crew-visit rearrangements that compress timelines from months to weeks.
Existing attachment inventory captured during field survey — strand owner, attachment height, and existing violations — providing the baseline data for loading analysis and application packages.
Review of existing joint use agreements with electric utilities and other pole owners to confirm attachment rights, notice requirements, and make-ready responsibility allocation before applications are filed.
Post-make-ready field inspection to verify completed work meets NESC clearance requirements and matches the approved make-ready design — with signed documentation suitable for utility records.
Make-ready cost is one of the most frequently underestimated line items in fiber deployment budgets. Project financial models that use a single per-pole make-ready assumption without accounting for the range of work types will routinely be wrong. Here is what the actual cost breakdown looks like by work type:
| Work Type | Cost Range | When It Applies |
|---|---|---|
| Simple rearrangement | $200 – $500/pole | Existing attachment needs to be moved vertically to restore clearance; pole has structural capacity |
| Pole transfer | $800 – $2,500/pole | Existing attachments must be moved to an adjacent new pole due to structural failure or right-of-way constraints |
| Pole replacement | $3,000 – $8,000/pole installed | Existing pole is structurally deficient or class-inadequate and must be replaced before any new attachment |
On a typical fiber deployment, 15–25% of poles require some level of make-ready. On a 200-pole route, a reasonable budget range is $40,000–$120,000 in make-ready costs depending on the congestion level of the route and the policies of the pole owners involved. High-congestion urban routes with aging pole infrastructure can push significantly higher — projects in dense urban markets where a large proportion of poles require replacement are not uncommon, and the cost per mile of make-ready on those projects can exceed the cost per mile of the fiber installation itself.
Several factors drive make-ready cost higher than initial estimates. Routes through areas with aged utility infrastructure — poles planted 40+ years ago — will have higher replacement rates. Routes where multiple pole owners share the same structures add coordination complexity and delay. Cable television attachments that are in violation of existing clearances create disputes about responsibility that can stall the make-ready workflow. Projects in jurisdictions without OTMR provisions face longer timelines and more carrying cost.
For detailed project budgeting, read our guide on make-ready cost per pole — it covers the full range of cost drivers and how to build a make-ready budget that doesn't get blown up in the field.
The difference between One Touch Make-Ready and traditional make-ready is primarily a difference in timeline — and that timeline difference has real financial consequences for a fiber deployment.
OTMR authority derives from FCC pole attachment rules applicable to investor-owned utilities in states that haven't displaced federal jurisdiction. State-regulated utilities — including many electric cooperatives and municipal utilities — may not be subject to OTMR requirements. Before counting on OTMR for a given project, the regulatory status of each pole owner on the route needs to be confirmed. Draftech's make-ready engineers confirm OTMR applicability as part of the initial project assessment — not after applications have been filed.
Where OTMR is available, the schedule compression from 6–18 months to 4–8 weeks is a substantial benefit on any project with a construction deadline, a BEAD grant period of performance, or financing that charges interest against an extended pre-revenue timeline. Read the full breakdown in our One Touch Make-Ready guide.
Make-ready timeline is the most important variable in fiber deployment scheduling that most project plans underestimate. The timelines below reflect real project experience across multiple states and project types — these are planning ranges, not best-case scenarios.
| Project Type | Typical Timeline | Key Variables |
|---|---|---|
| Rural, low congestion | 8 – 16 weeks | Few existing attachments per pole; single pole owner (usually electric cooperative); limited replacement poles; OTMR may or may not apply to co-ops |
| Suburban, mixed density | 16 – 30 weeks | Mix of IOU and co-op poles; cable television attachments creating violation disputes; moderate replacement rates; OTMR available on IOU poles |
| Urban, high congestion | 6 – 18 months | Multiple pole owners per route; high existing attachment density; significant pole replacement rates; permit dependencies for replacement poles in public ROW |
The factors that push make-ready timelines to their upper bounds are predictable and worth planning for explicitly. Unresponsive pole owners — particularly smaller municipal utilities and cooperatives that don't have a dedicated joint use department — can stall applications for weeks without formal escalation mechanisms. Large numbers of replacement poles requiring utility coordination add time because the replacement pole must be set and energized before existing attachments can be transferred and the old pole removed. Permit dependencies — building permits for replacement poles in public rights-of-way, or encroachment permits from state DOTs — can add 4–12 weeks to the schedule on routes with complex right-of-way.
For a more detailed breakdown of timeline drivers by project type, our guide on make-ready timelines for fiber deployments covers the sequencing of each phase and how to build a project schedule that accounts for make-ready without delaying the rest of the construction program.
Draftech make-ready engineers work across all 48 continental U.S. states and have experience with the pole owner policies, NJUNS workflows, and state-specific regulatory frameworks that affect make-ready timelines in different markets. If your project has a fixed completion deadline, we'll tell you at the start of engagement whether the make-ready timeline is a risk to that deadline — not six months in.
Make-ready timelines vary significantly by project type and jurisdiction. Rural routes with low pole congestion typically complete in 8–16 weeks. Suburban mixed-density builds run 16–30 weeks. Urban high-congestion routes can take 6–18 months when multiple pole owners are involved and pole replacements are required. OTMR-eligible projects in applicable jurisdictions can compress timelines to 4–8 weeks. The factors that blow up timelines are unresponsive pole owners, a large number of replacement poles requiring utility coordination, and permit dependencies that weren't identified early.
One Touch Make-Ready (OTMR) is a regulatory framework that allows a new attacher to perform all necessary rearrangements of existing wireline attachments on a pole in a single coordinated crew visit, rather than waiting for each existing attacher to schedule and perform their own rearrangements. OTMR can compress make-ready timelines from 6–18 months to 4–8 weeks on eligible projects. It is not available in all jurisdictions — applicability depends on state regulatory rules and the regulatory status of each pole owner. Draftech confirms OTMR applicability as part of the initial project assessment.
Make-ready costs vary by what work is required. Simple rearrangements run $200–$500 per pole. Pole transfers cost $800–$2,500 per pole. Full pole replacements run $3,000–$8,000 per pole installed depending on pole class, terrain, and accessibility. On a typical fiber deployment, 15–25% of poles require some level of make-ready. On a 200-pole route, budget $40,000–$120,000 in make-ready costs depending on congestion level and pole owner policies.
Draftech engineers use O-Calc Pro and SPIDA Calc for pole loading analysis. Both tools perform structural analysis in accordance with NESC loading requirements. O-Calc Pro is widely accepted by electric utilities and pole owners as a standard submission format. SPIDA Calc is required by certain pole owners and jurisdictions. We use whichever platform the pole owner requires, and our analysis includes full loading reports suitable for submission as part of the make-ready application package.
Yes. Draftech provides make-ready engineering and pole loading analysis as an integrated service. Our make-ready engineers conduct field surveys to collect attachment data, our structural analysts perform the loading calculations, and our project managers handle the NJUNS application submission and pole owner coordination. Having all of these functions in-house eliminates the handoff delays that occur when different firms handle different parts of the make-ready process. We manage the full workflow from field survey through make-ready inspection and sign-off.
ARE YOU A MAKE-READY ENGINEERING FIRM?
This page describes the service we deliver to clients. If you provide make-ready engineering or pole loading analysis and are looking for a consistent subcontract pipeline, we have ongoing capacity needs in this discipline.
Make-ready is the longest lead item on most aerial fiber projects. The earlier you start engineering, the earlier construction can begin. Our team is available to scope the project and tell you what timeline is realistic for your route.
Contact Our Engineering TeamOr email us directly at info@draftech.com — we reply within one business day.
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