Aerial Fiber Make-Ready: The Process That Determines Your Construction Timeline

What Make-Ready Is and Why It Exists

Utility poles are shared infrastructure. A single pole along a rural Oregon road might carry Pacific Power distribution lines on top, a telephone cable from a legacy LEC or CTWS in the middle, a cable TV attachment below that, and now a request for a new BEAD-funded fiber attachment from a rural ISP. All of these attachments must maintain specific vertical separation distances established by the National Electrical Safety Code (NESC) — an ANSI/IEEE standard that governs the physical arrangement of overhead electric and communication facilities.

Make-ready is the process of preparing a pole — or a span of poles — to accept a new attachment while maintaining NESC compliance. It may involve:

• Moving existing attachments to create clearance space for the new fiber cable
• Replacing poles that are too short to accommodate all attachments at required clearance heights
• Rearranging or transferring communication attachments between poles to optimize load
• Installing new strand or anchorage hardware to support the fiber cable
• Removing abandoned attachments (make-ready sometimes reveals decades-old dead cable from defunct operators)

The pole owner — typically the electric utility, but sometimes a telephone company or municipal authority — controls the make-ready process on their poles and has legal authority over the timeline. A new attacher cannot touch a pole without the owner's permission and cannot place an attachment until make-ready is complete.

Make-ready on a 10-mile rural route with shared poles can take 4–8 months even when everyone is cooperating. On routes with complex multi-party rearrangements — involving the electric utility, an incumbent telephone company, and a cable TV operator — it routinely takes longer. The BEAD projects that are going to miss their milestones in 2026–2027 are mostly going to miss them because of make-ready, not construction.

The Pole Attachment Application Process

The process begins with a pole attachment application submitted to the pole owner. Under FCC rules (Section 224 of the Communications Act), investor-owned electric utilities are required to provide access to their poles to telecommunications and cable operators at regulated rates and timelines. The FCC's One Touch Make-Ready (OTMR) rules, updated in 2018, allow new attachers to perform simple make-ready work themselves (or contract it out) without waiting for the pole owner's crews in some circumstances.

The application process typically involves:

• Route survey and pole identification: Field survey of the proposed route, capturing GPS location, pole number, height, existing attachments, and conditions for every pole. This survey data feeds the make-ready engineering analysis. In Oregon, many poles have joint-use records in GIS systems maintained by the utility; in rural Alaska, records may be incomplete or unavailable, requiring more comprehensive field data collection.
• Make-ready engineering analysis: A licensed electrical engineer performs calculations for each pole — verifying that the proposed new attachment can be placed at the required height while maintaining NESC clearances for all existing attachments above and below. Where clearances aren't achievable with the current attachment configuration, the engineer specifies what rearrangements are required.
• Application submission: Submitted to the pole owner with the engineering analysis, route documentation, and required fees. The pole owner has 45 days under FCC rules to respond with a survey of the route and notify the applicant of necessary make-ready work (though state public utility commissions may have different timelines for state-regulated utilities, which includes PUDs and cooperatives).
• Make-ready cost estimate: The pole owner provides an estimate for the make-ready work they will perform on their own attachments. The new attacher pays these costs — typically ranging from a few hundred to a few thousand dollars per pole depending on the complexity of rearrangement required.

Why Rural Oregon and Alaska Routes Are Harder

Make-ready on rural routes in Oregon and Alaska involves complications that don't arise in suburban areas with newer, better-documented pole infrastructure:

Aged poles and poor documentation: Many rural Oregon poles — particularly in agricultural areas served by smaller electric cooperatives — are decades old and may not meet current NESC standards independent of the new attachment request. A new attachment application can reveal that poles need to be replaced entirely, which adds months and significant cost to make-ready even if the new attacher's cable itself is simple to place. Rural electric cooperative pole records are often less comprehensive than investor-owned utility records, requiring more extensive field survey work.

Multiple pole owners on a single route: A rural route may cross land served by Pacific Power, a local PUD, and a rural electric cooperative — each with their own application process, timeline, and engineering requirements. A BEAD subgrantee building fiber along a highway may need simultaneous applications with three different pole owners, each on their own timeline. Coordinating these to allow construction to proceed continuously rather than in disconnected segments requires significant project management attention.

Incumbent LEC attachments in the joint use zone: The telecommunications space on a utility pole (the "joint-use zone" below the electric space) may have existing telephone wire or cable TV attachments from legacy operators. Moving these attachments is more complex than moving communication attachments generally — the incumbent LEC has its own workforce scheduling and may prioritize other work. Under OTMR rules, the new attacher can hire a contractor to perform simple rearrangements of existing communication attachments, but complex or high-risk rearrangements still require the incumbent operator's own personnel.

Alaska Native utility cooperatives: In rural Alaska, poles are often owned by AVEC (Alaska Village Electric Cooperative) or local municipal utilities. These entities are not subject to FCC pole attachment rules (which apply only to investor-owned utilities), so the access terms, timelines, and processes are negotiated case by case. Building a relationship with the utility cooperative before you need pole access — not during an active construction project — is essential for Alaska aerial fiber deployments.

Managing the Make-Ready Timeline

The project managers who successfully deliver aerial fiber on schedule do the following consistently:

• Start make-ready applications 6–12 months before planned construction: Make-ready is a long-lead item. Treating it as something you do "after the design is finalized" almost guarantees a missed construction window. Start the application process as soon as the route is approved, even if minor design refinements are still pending.
• Complete make-ready engineering before application submission: Submitting an application without completed make-ready engineering wastes the pole owner's review cycle and yours. Do the engineering first.
• Track each pole owner separately: Multi-owner routes require parallel tracking. Build a spreadsheet with each pole owner as a separate line, tracking application date, survey response date, make-ready cost estimate, approval date, and scheduled make-ready completion. Review it weekly.
• Use OTMR aggressively on qualifying poles: On investor-owned utility poles where simple make-ready is possible, the One Touch Make-Ready option allows your own contractor to perform the work rather than waiting for the pole owner's crews. This can cut months from the make-ready timeline on portions of a route.
• Build make-ready delays into the project schedule as a risk: Don't schedule fiber lashing the week after make-ready is planned to complete. Build a buffer of 4–6 weeks minimum between expected make-ready completion and the start of lashing on each segment.

Post-Make-Ready: From Attachment Permit to Fiber in the Air

Once make-ready is complete and the pole owner has issued the attachment permit, aerial fiber construction can begin. The construction sequence:

1. Strand installation — a steel messenger strand is lashed to the pole hardware at the permitted height, providing the structural support for the fiber cable
2. Fiber lashing — the fiber cable is lashed to the strand using a lashing machine that wraps stainless steel lashing wire around both the strand and cable simultaneously
3. Termination and hardware — splice closures, down guys, and customer drop attachments are installed
4. OTDR testing and certification — testing from both ends of each fiber segment, with results logged for the project as-built record

Aerial lashing is faster than underground construction — an experienced crew can lash 3–5 miles per day in good conditions. But that speed only matters if the poles are ready. The engineering work that makes those days of productive construction possible happens months earlier, and it happens through the make-ready process.