# Complex Make Ready: How ISPs Classify Pole Work Before Construction

**Author:** Julio Martinez Sr.

**Published:** October 12, 2026

**Last updated:** October 12, 2026

**Category:** Pole Loading & Make-Ready

**URL:** https://draftech.com/blog/complex-make-ready

**Title tag:** Complex Make Ready: Classification and Scope in 2026

**Meta description:** Complex make ready explained for ISPs: simple versus complex work, FCC definitions, OTMR eligibility, contractor responsibilities, timelines and cost drivers.

**Visible word count:** 2700

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A route can look straightforward on the attachment drawings and still depend on a cable splice that holds up construction. The useful question is what each existing facility must do before the new fiber can occupy its proposed position. We start with those moves because a route-wide label hides the work that controls delivery.

This guide explains the federal classification boundary and how we turn it into a pole-by-pole engineering package. It covers the reasons work becomes complex and the consequences for the ISP commissioning it. The examples are illustrative engineering situations, not reports of client projects. States that regulate their own pole attachments may use different requirements.

## What complex make ready means under FCC rules

Complex make ready covers communications-space transfers or work reasonably likely to interrupt service or damage facilities, including splicing and wireless attachment relocation. The FCC distinguishes it from simple work in 47 CFR 1.1402. For an ISP, that distinction determines whether the proposed work can enter the federal one-touch make-ready process.

**Simple work has a narrower boundary.** An existing communications attachment must be movable without a reasonable expectation of an outage or damage, without splicing an existing communications attachment and without relocating an existing wireless attachment. A short move can fail that test. The distance shown on the drawing does not determine the classification.

### Use the federal definition within its jurisdiction

Our starting reference is the FCC's *Definitions*, 47 CFR 1.1402(o) through (r), in the eCFR edition current through October 7, 2026. Make-ready includes changing or replacing a pole or its facilities to accommodate additional facilities. Before applying the federal process, we establish who owns the pole and which attachment regime governs the request.

Federal pole attachment coverage has ownership limits. Section 1.1402(a), for example, excludes cooperatively organized and government-owned entities from its definition of a utility. We therefore check the governing agreement before assigning a procedural path. State regulation can also change the applicable process; a federal classification explanation should never be pasted into every owner's application without that check.

### Separate the proposed move from the pole's condition

A crowded pole may allow a simple communications transfer if the required clearances and cable slack support it. Conversely, a pole with apparently generous space can require complex work when moving an attachment means opening a splice. We distinguish the facility's condition from the operation proposed for it, and we identify the evidence supporting each decision.

The loading model answers a different question. Do the proposed structure and attachments meet the applicable design requirements? Passing that model does not establish that an existing cable can move without interruption. We carry the structural result and the transfer assessment together, so a reviewer can see when an otherwise feasible attachment depends on work outside the simple category.

## Which changes trigger complex make ready?

The work description must say more than “raise cable.” An engineer needs to know how the move affects the supported facility and whether that facility can tolerate the proposed handling. We review the full operation, including the temporary condition during transfer. A satisfactory final attachment height can conceal an unacceptable intermediate condition.

FCC 18-111, *Accelerating Wireline and Wireless Broadband Deployment by Removing Barriers to Infrastructure Investment*, published in the Federal Register on September 14, 2018, explains the boundary. Paragraph 18 treats pole replacements as complex and distinguishes wireless equipment activities from work on a wireless provider's wireline backhaul. That distinction matters when fiber and radio equipment share a project.

The table separates communications-space classifications from power-space work. We use the last column to identify the next engineering question, rather than treating the category as a complete construction instruction. Each case below depends on the actual facility and the governing pole-owner requirements. We review the cases separately.

| Proposed work | Classification or boundary | What the package must establish |
| --- | --- | --- |
| Transfer an intact communications cable with adequate slack | Potentially simple | No expected outage or damage and no splice or wireless relocation |
| Move a facility with a reasonably likely outage or damage | Complex communications work | Affected facility and reason for the risk |
| Splice an existing communications attachment | Complex | Splice scope and facility-owner coordination |
| Relocate an existing wireless attachment | Complex | Equipment scope and responsible authorized party |
| Move electric facilities above the communications space | Outside federal OTMR | Utility-controlled power scope and sequencing |
| Replace the pole | Complex under FCC 18-111 | Replacement design and attachment-transfer dependencies |

### Expected outages or damage

The test is prospective. A hypothetical intact cable move may qualify as simple when the engineer can support a transfer without expected interruption or damage. Change the example to a deteriorated attachment that could fail during handling, and the same movement requires a different assessment. We document why the proposed method is acceptable instead of relying on the absence of a previously reported outage.

### Splicing an existing attachment

A proposed relocation that requires cutting and splicing an existing cable belongs in the complex scope. For example, insufficient slack may prevent the cable from reaching its new support position intact. We show the splice dependency in the work description and ask the facility owner to confirm its execution requirements. A drawing note that merely says “adjust as needed” leaves the essential decision unresolved.

### Wireless equipment and wireline backhaul

Moving an existing antenna attachment is complex under the FCC definition. Wireless activities receive that treatment, but the provider's identity alone does not make its wireline backhaul work complex. We identify the equipment being touched. A fiber transfer serving a radio site must be assessed as wireline work on its own facts, while a radio relocation stays in the wireless scope.

### Power space and pole replacement

Raising a neutral or changing electric facilities above the communications space falls outside the federal OTMR option. Strictly, the regulatory definition of complex make-ready describes work within the communications space; we identify power-space work separately to avoid blurring the boundary. The utility must establish how that work proceeds before a communications crew can rely on the resulting clearance.

Pole replacement creates another dependency. We show the proposed replacement and the required transfers as linked tasks, with the power portion distinguished from communications work. Treating the new pole as though it were already available can make the rest of the package look ready for release when the first construction operation still has no confirmed execution path.

## How engineering classifies every pole in the package

Each pole needs an individual disposition. We retain its identifier from the field record through the application, so a work note can be traced to the correct structure without interpreting a route sketch. Classification begins with observed conditions. It changes only when new evidence or an accepted design revision changes the proposed work.

### Resolve the field evidence before assigning simple work

We reconcile attachment ownership with the photographs and measured elevations. Where a cable's identity or usable slack remains uncertain, the record stays open for confirmation rather than receiving a convenient simple designation. The same applies when the proposed move depends on an unseen connection. Our [field-survey accuracy guide](https://draftech.com/blog/field-survey-data-accuracy-fiber-construction) explains why those unresolved observations become design problems downstream.

**A limitation of our own review is excessive caution.** Flagging every unclear photograph as complex may produce a cautious spreadsheet, but it does not resolve the missing evidence. We distinguish “classification unresolved” from confirmed complex work and specify the field check needed to close the question. That keeps a data gap from hardening into an unnecessary construction scope.

### Record the reason, not just the category

The pole schedule should identify the existing facility and its proposed position, with a specific operation assigned to the responsible party. We attach the reason for any complex classification to that operation. A reviewer should be able to tell whether the controlling issue is a splice or an outage expectation without opening unrelated correspondence or guessing from a color on the map.

Some poles require no make-ready. We give them an explicit disposition. They remain part of the application and its attachment review, but they should not silently inherit work from a neighboring structure. Where a pole contains mixed work, the schedule retains each task's classification and shows which task must finish before the next can begin.

### Reconcile the schedule with drawings and review comments

The final design check compares the work schedule with the attachment drawing at every pole. We verify that a changed height did not introduce a splice requirement or shift work into another space. Our [make-ready engineering package development](https://draftech.com/services/make-ready-engineering) connects that classification review to the design submitted for pole-owner approval, with engineering performed 100% in-house.

Revision control matters when the pole owner changes the proposed arrangement. We update the affected work description and retain the reason for the change, then check adjacent spans for consequences. The issued package must tell the same story in its drawings and its schedule. Superseded instructions should not remain available as an alternative set for construction.

## OTMR eligibility, responsible parties and schedule

Eligibility starts with simple work. Under the FCC's *Timeline for access to utility poles*, 47 CFR 1.1411(k), the new attacher elects OTMR in its application and must ensure its contractor determines that the proposed work is simple. The utility retains its review role. Our [one-touch make-ready guide](https://draftech.com/blog/one-touch-make-ready-otmr-fiber-guide) covers the procedure beyond that classification decision.

The current timeline provisions reflect FCC 25-38, *Accelerating Wireline Broadband Deployment by Removing Barriers to Infrastructure Investment*. Public notice DA 26-446, released May 7, 2026, announced the effectiveness that day of the relevant amendments. We use the current section numbering because older summaries place the OTMR option under a different paragraph and omit later changes.

**Preserve the dependency:** If a communications transfer depends on a utility move, put that prerequisite beside the transfer instruction. A separate power-work sheet can be correct and still leave the communications scheduler unaware of the hold.

### Match the contractor to the permitted work

Simple classification does not authorize any available crew. The FCC's *Contractors for survey, estimates, and make-ready*, 47 CFR 1.1412, establishes contractor-selection and qualification requirements. For complex communications work and work above that space, utility-approved contractors are required for the applicable self-help work; where the required list has no available approved contractor, that self-help cannot proceed. Existing attachers and the utility retain their respective work responsibilities under the standard process.

We separate engineering responsibility from permission to handle another owner's facilities. Draftech offers full turnkey construction through Draftech-managed subcontract crews, subject to the approvals and qualifications required for the assigned scope. An ISP should confirm the accepted execution arrangement before scheduling the crew against a design release. The classification itself supplies no contractor approval. Section 1.1411(j) excludes pole replacements from self-help.

### Track the notice that starts the work clock

For orders up to the lesser of 300 poles or 0.5 percent of the utility's poles in a state, section 1.1411(f) sets make-ready completion at no later than 30 days after notice in the communications space, compared with 90 days above it. These are work-phase periods, not application-to-service guarantees. Order size and permitted deviations affect the applicable deadline, and the preceding review and payment steps remain separate.

We schedule against the documented notice and the dependencies in the approved scope. An open splice task can prevent a continuous fiber placement even while nearby simple transfers are complete. The useful progress report therefore identifies the remaining obstruction to a buildable segment, rather than treating every finished pole as an equal contribution toward a service-ready route.

## Why classification changes the cost discussion

Complex work changes the estimate. A splice can require facility-owner coordination and restoration testing; a replacement adds a structure and staged transfers. Those scopes create different estimating questions from an intact cable move. We ask for an estimate tied to the proposed work so the ISP can understand what a disputed or revised line item represents.

The package should separate new-attachment work from documented pre-existing conditions. We retain photographs and the design basis for that distinction, rather than assuming that every correction shown on the pole belongs in the new attacher's budget. Cost responsibility needs its own review under the governing rules and agreement. The classification label cannot settle that allocation.

For budgeting detail, use our [make-ready cost-per-pole guide](https://draftech.com/blog/make-ready-cost-per-pole-fiber-budget). Here, we recommend keeping the estimate connected to each operation and revising it when the approved method changes. A route average can support early planning, but procurement needs to know which unresolved poles could change the scope before it accepts the construction price.

## Release work according to the unresolved dependency

**ISPs evaluating a route:** Resolve the poles that could force a replacement or a splice before treating the alignment as construction-ready. Ask engineering to identify the controlling reason for each exception. That gives the route decision a physical basis and reveals where an alternative alignment deserves evaluation before further design effort is committed.

**Attachment program managers:** Maintain the task-level classification through utility review and release. Keep simple work available for the applicable process, but tie it to any prerequisite that prevents installation. Our recommendation is to measure readiness by the segment that can be built under accepted instructions, with outstanding facility-owner work visible to the scheduler.

**[Discuss the unresolved make-ready work on your route.](https://draftech.com/#dt-contact)**

Draftech's in-house engineers connect uncertain transfer conditions to an executable make-ready scope, so missing field evidence and conflicting work notes are resolved before they reach construction planning. Send an upcoming route's classification questions to [info@draftech.com](mailto:info@draftech.com). We can review the engineering scope required to turn those questions into a package the pole owner can evaluate.

For a qualifying route, Draftech engineers the first 20,000 linear feet at no cost, from feasibility and field survey through permit approval. Submit the route through our [free design request](https://draftech.com/free-design); the owner reviews each request before Draftech commits the package. That review establishes whether the offer fits the route you are preparing.

## Frequently Asked Questions

### What is the difference between simple and complex make-ready?

Under 47 CFR 1.1402, the distinction turns on the proposed work and its expected effect on existing facilities. Simple work permits intact communications transfers without expected outages or damage and without splicing or wireless relocation. For engineering review, document the operation at each pole and the evidence supporting the classification instead of relying on how small the move appears.

### Does a splice make an otherwise short cable move complex?

Splicing an existing communications attachment falls within the complex category in 47 CFR 1.1402. The proposed distance does not remove that condition. We show the splice explicitly in the work scope so the facility owner can address its requirements, and we keep dependent attachment work from being released on an assumption that the cable can move intact.

### Is all fiber serving a wireless site complex make-ready?

FCC 18-111 distinguishes a wireless provider's wireline backhaul work from wireless equipment activities. Assess the fiber transfer against the wireline criteria rather than classifying it by the company that owns it. Relocating an existing wireless attachment remains complex, and a shared project should keep that equipment work distinct from any fiber work that independently meets the simple definition.

### Does complex make-ready always take longer than simple work?

A label alone cannot predict duration. The federal base work-phase deadline in the communications space is 30 days after the utility sends notice, with different provisions for larger orders and permitted deviations. Actual route readiness also depends on the work sequence. A required splice can hold up continuous placement after nearby transfers are finished, so track the remaining dependency.

### What should an ISP request in a classification package?

Ask for a disposition at every pole and a reason tied to each proposed operation, including unresolved field questions. Under 47 CFR 1.1411(k), the new attacher must ensure its contractor determines whether proposed OTMR work is simple. The engineering package should support that determination, preserve prerequisite work, and remain consistent with the drawings after the pole owner requests revisions.