Double Wood Utility Poles: Causes, Risks, and How to Resolve Them

You replaced a pole months ago. The new one is set, energized, and carrying the primary. The old one is still standing right next to it, still holding a handful of communication attachments, still your liability if it comes down in a storm. You have probably driven past dozens like it without a clean answer for when any of them will finally come out of the ground.

That second pole is double wood, and for most pole owners it is not one stubborn location. It is a slow-growing backlog spread across the service territory, each one waiting on a transfer that has not happened yet. The poles are easy to spot and hard to clear, which is exactly why they pile up.

This guide covers what double wood is, why it happens, what it actually costs you while it sits, and the strategies pole owners and the consultants who support them are using to clear the backlog and keep it from rebuilding. If you manage a double wood program and want to see how a shared, verified record changes the coordination problem, you can explore Katapult Pro for double wood resolution.

What Is Double Wood?

Double wood is the condition where an old utility pole is left standing next to its replacement instead of being removed. The new pole carries the power and the old pole still holds attachments, so both stay in the ground until every attacher transfers off the old one and it can finally be pulled.

You will hear the same condition called several names. Double poles, buddy poles, ghost poles, and stub poles all describe the same situation: two poles where there should be one.

The old pole left behind is the stub pole, and the period it spends waiting for transfers is often described as a kind of purgatory because nothing about it is resolved and nobody fully owns the next step.

The condition is common because the work to resolve it is sequential and depends on parties the pole owner does not control. A pole gets replaced, power moves to the new pole, and then every attacher on the old pole has to relocate their facilities before the stub pole can come out. Until the last attacher moves, the old pole stays.

Why Does Double Wood Happen?

Double wood happens because pole replacement and attachment transfer are two separate jobs, handled by different parties, on different timelines. The replacement is fast. The transfers are slow, and the old pole cannot be removed until they are all complete.

Poles get replaced for ordinary reasons. They fail a routine inspection, get struck by a vehicle, rot at the groundline, or come up short on a pole loading analysis when a new attachment is proposed. A crew sets the new pole, moves the power over, and notifies the first attacher to relocate their line. From there, the timeline belongs to the attachers, and coordinating a transfer across multiple companies routinely takes a year or more.

The harder problem is that conditions in the field keep changing while the record does not. Attachers do transfer their lines, but those completions are not always reported back, so the pole owner is often working from a status that no longer matches reality. The result is a record that says a pole is still double wood when it has already been cleared, or says it is ready to pull when an attacher is still on it.

Three breakdowns drive most of the lag.

Coordination across many attachers. A pole with seven or eight attachments means seven or eight separate companies to notify, track, and confirm. Communication between attachers and pole owners is difficult under the best conditions, and every additional attacher adds another point where the chain can stall.

Records that drift out of date. Resolving double wood depends on knowing which poles have outstanding transfers and which are clear. When that data lives in disconnected spreadsheets and email threads, it drifts. Teams lose track of which locations are actually double wood, and the backlog becomes hard to size, let alone prioritize.

Notification systems that go quiet. Notification and ticketing systems are the primary way transfers get communicated, but a ticket only reflects reality if someone updates it. When tickets sit unprocessed or a completed transfer never gets closed out, the documented status and the field condition quietly diverge.

How Many Double Wood Poles Are There?

There is no precise national count, and that absence is part of the problem. The poles that are hardest to track are also the hardest to total up.

A rough estimate gives a sense of scale. Industry figures commonly cite roughly 170 million utility poles in the United States. If about 2.5 percent are replaced each year, that is around 4.25 million replacements annually. Most replacements carry attachments, and if resolution conservatively takes one to two years, the standing double wood population at any given time is plausibly in the range of 5 to 7 million poles.

Treat that as an order-of-magnitude estimate rather than a hard number. The exact figure varies by territory, by how aggressively a pole owner runs its transfer program, and by how good the underlying records are. The takeaway is not the specific count. It is that double wood exists at a scale large enough that no pole owner clears it by chance, and that the poor state of records is the reason the number cannot be pinned down.

What Are the Risks of Double Wood Utility Poles?

The real cost of double wood is not how it looks. It is the asset management, grid safety, compliance, and wasted spend that accumulate for as long as the stub pole stays in the ground. Each of these compounds the longer resolution drags.

Asset Management Gets Messy

A GIS ties each asset to its true location on the map. When two poles sit a few feet apart, the system struggles to track them as distinct assets, and any work performed on one can get associated with the other. You end up trying to continue work on the stub pole while also tracking changes on the new pole, and the records blur together.

The end result is skewed data and gaps that make it hard to prioritize. Once the record gets messy enough, the only way to trust it again is a full inventory or audit, which costs real time and money to perform. Clean records on the front end are far cheaper than reconstructing them after the fact.

Grid Safety and Liability

The poles get replaced because they are no longer safe. They failed an inspection, were struck, or are rotting. When the stub pole then sits in the field for a year or more waiting on transfers, that compromised pole stays standing the entire time, and the risk does not pause while the paperwork catches up.

A failing pole that comes down is a grid event and a liability question, and the pole owner is responsible for what happens if it falls. The longer the stub pole stands, the greater the exposure to the grid and the surrounding community, which is the strongest reason to treat resolution as a safety priority rather than housekeeping.

Compliance and Customer Satisfaction

Pole owners answer to public utility commissions, which regulate rates and oversee service quality. Customers can file complaints with those commissions about service issues, and double wood is the kind of visible, persistent problem that draws them. Sustained complaints about service quality can factor into the rates a utility is permitted to charge, which puts more of the cost back on the pole owner.

Regulators are also moving on the issue directly. In our home state of Pennsylvania, House Bill 825 passed the state House in June 2025 and, as of this writing, sits with the Senate. It would direct the Pennsylvania Public Utility Commission to develop streamlined procedures for expedited attachment relocation and removal of double utility poles. Several states have or are considering rules that set time limits on how long a double pole can stand, so the regulatory pressure to clear backlogs is increasing, not easing.

Wasted Resources

A common form of double wood "resolution" is to send a construction crew out to pull a stub pole, only for the crew to find the pole already gone or still loaded with attachments. Either way, you have paid for a truck roll that accomplished nothing and you still have to sort out the next step. The labor, contractor fees, and equipment costs of repeat site visits add up quickly when the dispatch is driven by a record that does not match the field.

There is also the longer-tail cost of noncompliance. Depending on the governing body, an unresolved backlog can expose the pole owner to penalties or litigation, and those costs are far larger and less predictable than the field work itself.

How Do You Resolve Double Wood?

Double wood is resolvable, and pole owners have found new ways to approach the double wood dilemma by attacking two problems at once: the coordination delay between attachers, and the records that keep field crews from being dispatched accurately. The strategies below address both.

Consolidate the Transfer Work

Some pole owners have had success contracting a single provider to relocate all of the communication attachments at once and remove the stub pole immediately afterward. Bundling the work this way collapses most of the back-and-forth, because the coordination shifts from chasing many attachers on many timelines down to notifying them and executing the moves in one pass.

The tradeoff is that this approach depends on joint use agreements and regulatory rules that allow the pole owner or its contractor to move third party facilities, and those terms vary by state and by agreement. Where the agreements support it, consolidation is one of the more reliable ways to keep a pole from sitting for years.

Improve the Data Behind Every Dispatch

Wasted truck rolls almost always trace back to a record that did not match the field. Better field collection and documentation keep the record accurate, so crews are sent to poles that are actually ready to pull rather than to poles that were cleared months ago or are still loaded. Accurate records are also what let you size and prioritize the backlog instead of working it blind.

This is the part of the problem Katapult Pro is built to support. Field teams capture verified photo records tied to each pole location, and that record lives in one shared, real-time database rather than in scattered spreadsheets. Photos are associated to pole locations on upload, so the documented condition of a stub pole reflects what the field crew actually saw. When the question is whether a given pole is ready for removal, the answer comes from a record your own team verified, not from a ticket nobody has touched in months. Katapult Pro is the working layer between field reality and the utility's enterprise systems; the GIS remains your system of record, and the platform keeps it fed with current, photo-backed status.

Use Technology to Cut Communication Delays

Technology continues to change how this work gets coordinated. Some teams have used AI image analysis to identify double wood conditions from street-level imagery, with results that vary by territory and image quality. More broadly, shared software platforms improve the communication loop between attachers and pole owners so transfers keep moving and completions actually get recorded. We have written more about managing double wood with Katapult Pro workflows if you want to see how that looks in practice.

A customer-facing portal is a large part of that. When attachers and pole owners are working from the same view of a pole, the status update that usually gets lost in an inbox happens in the same place the work is tracked. That is the difference between a notification that disappears and one that closes the loop.

Clearing a double wood backlog is a coordination problem before it is a construction problem.

When your field records, your attacher communication, and your removal status all live in one verified place, crews stop getting dispatched to poles that are not ready, and transfers stop stalling in silence.

See Katapult Pro for Double Wood Resolution

Types of Pole Transfers

Not every double wood location is equally hard to clear, and sorting them by transfer type is one of the first moves in an efficient program. The distinction usually comes down to how many parties are involved and how much coordination each move requires.

A simple transfer involves a straightforward relocation, often a single attacher or a move that one crew can handle without much sequencing. A complex transfer involves multiple attachers whose moves have to happen in a specific order, which means more coordination and a longer timeline. Some poles turn out to need no transfer at all because the work was already completed and never reported, and a smaller number are genuinely stuck pending a dispute or an unresponsive attacher.

Classifying each location before dispatch keeps crews productive. Simple transfers can be cleared quickly and in volume, while complex ones get the coordination they actually need, and the already-completed poles get pulled instead of generating another wasted truck roll.

How to Keep Double Wood From Coming Back

Clearing the existing backlog only holds if the process that created it changes. The goal is a workflow where a new double wood condition gets tracked the moment it appears and moves toward resolution without sitting untouched. Transfer work is never really finished, because poles are always being replaced, which is the case for running double wood as an ongoing program rather than a one-time cleanup. That is the thinking behind Transfer Management, our Katapult Pro configuration for ongoing double wood resolution: it handles the double wood already on your system and every transfer coming next through one workflow.

That starts with the front end of the process. Regular pole inspections and accurate record keeping help you catch double wood as it forms and track each location against a verified snapshot of its real condition. From there, the same communication discipline that clears a backlog keeps it from rebuilding: transfers that get acknowledged, completions that get recorded, and a single shared status that both the pole owner and the attachers can see.

The most reliable way to handle double wood is to keep it from accumulating in the first place, through clear communication and prompt removal once a pole is ready. Better communication leads to less double wood, smaller backlogs, and lower risk, and that adds up to a more reliable grid for the communities the poles serve.

Frequently Asked Questions About Double Wood

What is a double wood pole? A double wood pole is an old utility pole left standing next to its replacement. The new pole carries the power while the old pole still holds attachments, so both remain in the ground until every attacher relocates their facilities and the old pole can be removed.

What is the difference between double wood, double poles, buddy poles, and ghost poles? They all describe the same condition: two poles standing where there should be one. The terms are used interchangeably across the industry, along with stub pole, which specifically refers to the old pole left behind.

Why do double wood poles take so long to remove? The old pole cannot come out until every attacher transfers their facilities to the new pole, and coordinating those transfers across multiple companies often takes a year or more. Outdated records make it worse, because the pole owner may not know which transfers are actually complete.

Who is responsible for removing a double wood pole? The pole owner is responsible for the old pole and its removal, but removal depends on third party attachers relocating their facilities first. Joint use agreements and state regulations define how the responsibilities and timelines are shared.

Are double wood poles dangerous? They can be. Poles are usually replaced because they failed inspection or are damaged, so a stub pole standing for a year or more is a compromised pole that remains a grid and public safety risk until it is removed.

How do you resolve a double wood backlog? Pole owners clear backlogs by consolidating transfer work where agreements allow, keeping field records accurate so crews are dispatched only to poles that are ready, and improving communication with attachers so transfers keep moving and completions get recorded.

Are there laws about double wood poles? Several states regulate how long a double pole can stand or are developing rules to speed removal. In Pennsylvania, House Bill 825 passed the state House in June 2025 and would direct the PUC to develop expedited procedures for attachment relocation and double pole removal.

Ready to Get Your Double Wood Backlog Under Control?

Double wood stays a problem as long as the work depends on scattered records and communication that goes quiet. The poles are visible, the liability is real, and the regulatory pressure to clear them is increasing. None of that changes until the coordination changes.

When your field documentation, attacher communication, and removal status share one verified, real-time record, crews stop chasing poles that are not ready and transfers stop stalling without anyone noticing. That is how a backlog gets smaller instead of older.

See how Katapult Pro supports double wood resolution