One-Touch Make Ready: FCC Rules and When OTMR Applies

One-touch make ready was designed to collapse that sequence. Instead of each attacher sending a separate crew to touch the same pole, a single qualified contractor performs the work in one visit. The FCC adopted it as federal rule in 2018, and it has been available to new attachers ever since. The reason it still feels theoretical on a lot of projects has less to do with the rule and more to do with what the rule requires you to bring to the table.

This guide covers what OTMR actually authorizes, how the FCC draws the line between simple and complex work, the timeline the rules set, and the field data problems that decide whether an election holds up. See how Katapult Pro supports pole attachment applications from field survey through the as-built record.

What One-Touch Make Ready Actually Is

In August 2018 the FCC adopted its Third Report and Order in WC Docket No. 17-84, and that order rewrote the pole attachment process around a single idea: the party with the strongest incentive to get a pole ready should be allowed to do the work. The order authorizes new attachers to conduct surveys, provide notice to the utility and affected existing attachers, and perform the make ready work necessary to attach their facilities to the pole.

That is a meaningful shift from the older sequential model. Under the traditional process, the utility notifies each existing attacher, and each one prepares its own facilities on its own schedule inside a window the rules define. Existing attachers are required to prepare the pole within 60 days of receiving notice for attachments in the communications space, or 105 days for larger orders, and a utility may take 15 additional days after the make ready period ends to complete the work itself. Each of those windows is reasonable on its own. Stacked across four attachers and a few hundred poles, they become the schedule.

OTMR replaces the stack with a single pass. The Wireline Competition Bureau described it as a regime in which the new attacher may opt to perform all work to prepare a pole for a new attachment, and the rules took effect in 2019 after the Bureau announced the effective date. So the answer to whether OTMR is possible is settled. It is law, it applies to the majority of pole attachments governed by federal rules, and attachers use it every day.

The harder question is when it applies, because the FCC drew a boundary that a lot of project plans run into without expecting it.

Simple Versus Complex Make Ready

OTMR is available only for simple make ready work, and the definition is narrower than it sounds. Simple work is work where existing attachments in the communications space could be transferred without any reasonable expectation of a service outage or facility damage, and that does not require splicing of any existing communication attachment or relocation of an existing wireless attachment.

Read that definition against a real pole and three things fall out of scope immediately.

Anything above the communications space. Work in the electric supply space is not eligible for OTMR. That boundary exists because the consequences of poor construction in the power space are outages and injuries, not service interruptions, and the FCC left that work with the utility and its approved contractors.

Anything requiring a splice. If moving an existing cable means cutting and splicing it, the work is complex by definition, and the owner of that cable handles it.

Anything involving wireless. The Commission considers any and all wireless activities, including mobile, fixed, point-to-point, and wireless internet service provider attachments, to be complex make ready work. A single small cell or a WISP radio on a pole moves that pole out of the OTMR path.

The scope question matters more than it might appear, because most poles qualify. AT&T told the Commission that roughly 80 percent of make ready work is simple, which means the rule reaches the bulk of the work on a typical route. The trouble is that the remaining fraction is distributed unevenly. A few complex poles in the middle of a fiber run will hold the run, no matter how cleanly the simple poles moved, which is why route-level scheduling has to account for the split rather than treating the project as one population.

This is where the classification has to be right the first time. Electing OTMR on a pole that turns out to need a splice does not just cost you that pole. It costs you the credibility of the application, and it gives every party downstream a reason to slow the next one down.

How the OTMR Process Runs

The rules lay out a defined sequence, and the deadlines are short enough that preparation is the whole game.

1. Elect OTMR in the application. The new attacher must elect the OTMR process in its pole attachment application and identify the simple make ready work to be performed. That means the classification decision happens before the utility ever reviews the request, based on data you collected.

2. Clear the completeness and approval windows. The pole owner has 10 days to determine whether an application is complete, and must grant or deny the request within 15 days, or 30 days for larger requests. An application returned as incomplete restarts the clock, which is the most common and most avoidable delay in the process.

3. Survey with notice. The new attacher conducts the survey and gives the pole owner and existing attachers three days advance notice so they may observe it. The observation right is real and gets used, particularly on a first project with a new utility.

4. Use a qualified contractor. The work must be performed by a utility-approved or otherwise qualified contractor, and existing attachers have no right to veto the contractor the new attacher selects to work on facilities they own. The rules also encourage pole owners to publish a list of qualified contractors and define the selection criteria when the pole owner has not specified one.

5. Notify after the work and document what changed. Existing attachers get notice that their facilities were moved, along with the opportunity to inspect. This is the stage where the record you produce either closes the loop or opens a dispute.

An OTMR election is only as defensible as the survey behind it. In Katapult Pro, the measurable photo of each pole carries the attachment heights, the clearances, and the make ready call in one record, so the classification you submitted can be shown rather than argued. Book a call with our team to walk through your application workflow, or see how the joint use workflow runs.

Where the Rules Stop

Two limits get missed often enough to be worth stating plainly.

The federal rules do not cover every pole in the country. Section 224 applies to investor-owned utilities. Electric cooperatives and municipally owned utilities sit outside FCC pole attachment jurisdiction, and roughly twenty states have certified their own pole attachment regimes that displace the federal rules within their borders. A route that crosses from an IOU service territory into a co-op territory crosses a regulatory boundary at the same time, and the OTMR election does not travel with it.

The second limit is that self-help and OTMR are not the same tool. OTMR is elected at application for simple work. Self-help is what an attacher turns to when deadlines are missed, and for work in or above the communications space it still requires a utility-approved contractor. Treating the two interchangeably in a project plan produces schedules that assume a remedy is available when it is not.

What Pole Owners Are Managing on the Other Side

The 2018 order shifted work toward attachers, and it also put pole owners on short clocks for review, contractor qualification, and post-work inspection. A joint use team reviewing applications under a 15-day grant-or-deny window is making judgment calls on someone else's survey data, often delivered as a spreadsheet and a folder of photos with no reliable link between them.

When that team cannot verify a classification quickly, the safe answer is to return the application as incomplete. That is not obstruction. It is the only defensible response to a record that does not support the request, and it is the reason application quality on the attacher side is the single biggest lever on approval speed.

Pole owners running joint use programs in Katapult Pro review applications against the same photo-annotated record the attacher built, which removes most of the back and forth over what a pole actually looked like on the day it was surveyed. Utilities managing large attacher populations can see how that review process works on the utilities page.

Where OTMR Projects Go Wrong

Classifying from a spreadsheet instead of a photo. A row that says "transfer CATV 2 inches" is a claim. A measurable photo showing the existing height, the proposed height, and the clearance is evidence. Applications built on the first kind of record get returned.

Missing the wireless exclusion. Field crews who are not looking for small cells and WISP radios will not flag them, and the pole gets classified as simple until someone at the utility catches it.

Treating the three-day survey notice as a formality. When a pole owner sends an observer and the survey is disorganized, that experience shapes how every subsequent application from your team is reviewed.

Planning the route as one population. The complex poles set the construction schedule. Identifying them during design rather than during make ready is the difference between a sequenced build and a stalled one.

Skipping the post-construction record. Verifying that the work was built to the plan is what closes an OTMR project cleanly. Our breakdown of post-construction inspections covers why that step carries weight when an attacher performed the work on someone else's facilities.

Frequently Asked Questions About One-Touch Make Ready

Is one-touch make ready available now?

Yes. The FCC adopted OTMR in its Third Report and Order in August 2018, and the rules took effect in 2019. It applies to new attachments in the communications space on poles governed by federal pole attachment rules.

Does OTMR apply to work in the power space?

No. OTMR covers simple make ready in the communications space only. Work above the communications space stays with the utility and its approved contractors.

Can a pole owner reject the contractor I select?

A pole owner may require a utility-approved or otherwise qualified contractor and can publish a list of acceptable contractors. Existing attachers do not have a veto over the contractor working on their own facilities.

What makes make ready work complex rather than simple?

Work is complex if transferring an existing communications attachment carries a reasonable expectation of a service outage or facility damage, if it requires splicing, or if it involves relocating a wireless attachment. All wireless activity is treated as complex.

Do the FCC rules apply to every utility pole?

No. Federal pole attachment rules reach investor-owned utilities. Electric cooperatives and municipal utilities are outside that jurisdiction, and certified states apply their own rules instead.

How long does a pole owner have to respond to an OTMR application?

Ten days to determine whether the application is complete, then 15 days to grant or deny, or 30 days for larger requests.

What happens if the utility or an existing attacher misses a deadline?

The self-help provisions allow an attacher to proceed using a utility-approved contractor for work in or above the communications space. Self-help is a remedy for missed deadlines and is separate from an OTMR election made at application.

Getting an OTMR Election to Hold

The rules answered the policy question in 2018. What they did not do is make the underlying work easier, and the burden they shifted onto new attachers is largely a data burden. Electing OTMR means asserting, pole by pole, that the work is simple, that no splice is required, that no wireless attachment is in play, and that the clearances resolve. Every one of those assertions has to survive a reviewer who was not in the field with you.

That is a solvable problem, and it is solved during data collection rather than during the application. When the survey produces measurable photos tied to the pole record, the classification carries its own evidence, the utility reviews it against the same source, and the application moves through the window it was given.

Book a call with our team to walk through how your applications are being assembled today and where they are getting returned. If you want the field side of it first, see how data collection works in Katapult Pro.