Aerial Fiber Staffing for High-Volume Network Expansion

October 9, 2026

Aerial fiber staffing is the process of hiring the aerial linemen, foremen, make-ready crews, pole inspectors, and splicers a broadband provider or contractor needs to place fiber on utility poles at scale. For high-volume builds, the right crew mix keeps strand, lash, and splicing moving together so make-ready delays and crew gaps don’t stall miles of network.

A lashing crew parked beside a pole that isn’t ready still costs a full day. On a large aerial build, that scene can repeat across dozens of routes at once. Internet service providers (ISPs), electric cooperatives, and outside plant (OSP) contractors often respond by adding more lashing crews. Extra crews don’t help, though, if poles, strand, and splicing aren’t keeping pace. Aerial fiber staffing works best when it is planned around the build sequence, not just a footage target. Below, we cover the roles high-volume aerial builds need, where those builds usually break down, and how to staff each phase so placed fiber turns into live service.

Who This Is For

Aerial fiber staffing decisions usually sit with the people who own aerial footage and the schedule behind it:

VPs of construction and network deployment at ISPs
Broadband leads at electric co-ops building fiber on their own poles
Fiber overbuilders racing to enter new markets
OSP and engineering, procurement, and construction (EPC) contractors running aerial crews
Project managers on BEAD (Broadband Equity, Access, and Deployment) and other grant-funded builds

If you’re an aerial lineman or groundhand, the roles section below shows what employers screen for.

Why Aerial Fiber Staffing Matters Now

Federal and state broadband programs are moving from approvals into construction, and much of that work lands on existing pole lines. Aerial routes are often chosen because they can be built faster than underground routes. That advantage only holds when crews are ready to climb.

The workforce gap is well documented. In 2024, the Fiber Broadband Association and the Power & Communication Contractors Association (PCCA) released a Broadband Market Workforce Needs study. It estimates that 28,000 more broadband construction workers and 30,000 more broadband technicians are needed to carry out the federal and state broadband funding already planned. The shortage isn’t new, either. PCCA noted that after its board flagged the problem in 2016, a member survey showed contractors were short 10 to 17 crews per company.

That shortage is sharper for aerial work, because aerial fiber crews don’t only compete with other fiber builders. Electric utilities, storm restoration contractors, and pole replacement programs all draw from the same pool of climbers and bucket truck operators.

The wider fiber talent shortage makes timing critical. A provider that waits until poles are released to start hiring will often find the best crews already committed elsewhere. For high-volume builds, aerial fiber staffing has to start before construction does.

Definition: Aerial fiber staffing means recruiting and deploying the field crews, technicians, and leads who install fiber optic cable on utility poles, from fielding and make-ready through strand placement, lashing, splicing, and quality checks.

How Aerial Fiber Construction Crews Work

Aerial fiber construction crews work in a set order, and each step depends on the one before it. A typical strand-and-lash build moves like this:

Fielders survey poles and check loading and clearances.
Make-ready crews prepare poles for the new attachment.
Strand crews place and tension the messenger strand.
Lashing crews pull fiber and lash it to the strand.
Splicers and test technicians join, test, and document the network.

Make-Ready and Pole Transfers Come First

Make-ready is the work that prepares a pole for a new attachment. It can mean moving existing lines, transferring attachments to a new pole, adding anchors, or replacing poles that can’t carry more load. Some states and pole owners allow one-touch make-ready. Under that approach, a single approved contractor handles all communications-space moves at once, which can shorten the wait.

Strand, Lash, and Overlash

Messenger strand is the steel support wire that carries the fiber. Once strand is placed and tensioned, a lashing crew runs a lasher along it to wrap the fiber cable tight against the strand. Overlashing adds new fiber to cable that is already lashed to existing strand, which can reduce make-ready on routes with established attachments.

ADSS and Energized-Space Builds

All-dielectric self-supporting (ADSS) cable holds its own weight, so it skips strand placement. Some ADSS builds use the power space higher on the pole, and that work requires qualified electrical workers under Occupational Safety and Health Administration (OSHA) rules. Because the method changes who you need to hire, settle it before recruiting starts.

Roles to Hire for High-Volume Aerial Builds

High-volume aerial fiber staffing covers more than linemen. These are the roles most aerial builds need, in roughly the order the build needs them.

Fielders and Pole Inspectors

Fielders walk each route and record pole heights, attachments, and loading. They also flag the poles that need make-ready. Screen for pole loading software experience and accurate field notes, since every crew behind them works from their data.

Make-Ready Linemen

These linemen transfer attachments, set anchors, and rearrange lines to meet clearance rules. Look for experience with the National Electrical Safety Code (NESC) and with working safely near power.

Aerial Linemen and Lashing Crews

Aerial linemen place strand, pull fiber, and lash cable from bucket trucks or by climbing with gaffs. Ask candidates about pole transfers, lasher setup, and the footage they’ve placed per day on similar terrain.

Groundhands and Traffic Control

Groundhands stage material, feed cable, and keep the work zone safe for crews and drivers. Strong groundhands keep linemen in the air longer, and many grow into lineman roles.

Foremen and Crew Leads

Foremen read prints and staking sheets, set daily production, and produce as-built redlines. A good foreman is often the difference between a crew that hits footage and one that reworks it.

Fiber Splicers and Test Technicians

Splicers join fiber in closures and terminals, while test technicians verify the work with optical time-domain reflectometer (OTDR) testing. Recruiting fiber splicers early keeps placed footage from waiting weeks to be lit.

QC Inspectors and Construction Managers

Quality control (QC) inspectors check clearances, sag, hardware, and documentation before pole owners do. Construction managers coordinate crews, pole owners, and subcontractors across every route in the build.

Not sure which of these roles your build is missing? Broadstaff’s recruiters can help you spot the gaps before they slow production.

Where High-Volume Aerial Builds Break Down

Most aerial delays don’t come from a lack of effort. They come from one crew type falling behind the others.

When poles aren’t released, lashing crews wait. Day rates, trucks, and lodging keep running even when no footage goes up. Production-paid crews may also leave for steadier work.

Fiber on the pole earns nothing until it is spliced, tested, and turned up. A single splicing team can fall behind several lashing crews, leaving miles of finished construction waiting on revenue and grant milestones.

Low strand, poor lash tension, or missing bonds can fail pole owner inspections. Each failure means a second truck roll, and repeated failures can slow future attachment approvals.

Experienced aerial crews follow steady work. Losing a foreman mid-route resets production, and replacing one during peak season takes time. Strong aerial fiber staffing plans for retention, not just the first hire.

Aerial vs. Underground Fiber Crews: What Changes

Many builds mix aerial and underground routes, and the crews are not interchangeable. Here’s how staffing needs differ between the two.

Factor	Aerial Fiber Crews	Underground Fiber Crews
Core Roles	Aerial linemen, groundhands, make-ready linemen, and foremen	Directional drill operators, locators, laborers, and foremen
Pacing Bottleneck	Pole attachment approvals and make-ready	Locates, permits, and boring through rock or crowded rights-of-way
Key Equipment	Bucket trucks, lashers, strand trailers, and gaffs	Horizontal directional drilling rigs, vac trucks, and plows
Safety Focus	Fall protection, NESC clearances, and power-space qualification	Utility strikes and trench and excavation safety
Typical Staffing Risk	Idle lash crews when poles aren’t ready	Drill crews waiting on locates and permits
Best Fit	Existing pole lines, rural routes, and speed to market	Routes with no usable poles or underground-only ordinances

Aerial Crew Vetting Checklist

Use this checklist when interviewing crews or reviewing candidates from an aerial fiber staffing partner.

Experience and Equipment

Two or more years of aerial telecom construction
Bucket truck operation and climbing with gaffs
Strand placement, lashing, and pole transfers
Commercial driver’s license (CDL) where trucks require one

Safety and Certifications

Confirm OSHA 10 or 30 training, current fall protection training, and qualified electrical worker status for any power-space work. Ask for documentation, not just a yes.

Production and Documentation

Ask what footage candidates place per day on comparable terrain and how they read prints and staking sheets. A sample as-built redline shows how carefully a crew documents its work.

Red Flags to Watch For

Can’t walk through a pole transfer step by step
Vague answers about clearances or strand tension
Footage claims with no documentation or references
No foreman or supervisor who can vouch for their work

Broadstaff’s Recommendation: Staff to the Bottleneck

In our experience, the fastest way to speed up an aerial build is rarely another lashing crew. We usually advise mapping weekly pole releases against lashing capacity first. If poles are the constraint, add fielders and make-ready crews before anything else. Our fiber broadband staffing team starts there, then balances splicing capacity so it matches placed footage. Speed matters too, and most fiber roles can be filled within one to two weeks, depending on location and role complexity.

Each staffing model fits a different part of an aerial build:

Contract crews: the construction peak, when footage targets are highest
Direct hire: foremen, QC leads, and maintenance roles you’ll need long after the build
Contract-to-hire: crew leads you want to test before committing

Weighing permanent vs. contract options by phase helps you keep your best leads after the peak ends.

Example: A Rural Aerial Build Gets Back on Pace

A regional ISP was building about 400 route miles of strand-and-lash fiber on rural co-op poles, with a grant milestone at month 12. When production fell behind, the team added two more lashing crews. Those crews spent several days a week waiting because pole releases hadn’t caught up. Meanwhile, spliced footage trailed placed footage by a wide margin.

After reviewing the build’s aerial fiber staffing plan, Broadstaff recommended pausing new lash crews. Two fielders and a make-ready lineman crew went in first, followed by a contract splicing team. The aerial foreman moved to a contract-to-hire path so he would stay through the build.

Within weeks, pole releases caught up, idle days dropped, and splicing kept pace with placement. The lesson was simple: staff to the bottleneck, not the footage goal.

Aerial Fiber Staffing at a Glance

Aerial fiber staffing covers every crew from fielding and make-ready to lashing, splicing, and QC. Make-ready capacity sets the pace, so adding lash crews before poles are ready creates idle time. Balance splicing to placed footage so built miles become live service. The best next step is to map your crew gaps by phase, then fill the bottleneck first.

Need Aerial Crews for Your Next Build?

Planning a high-volume aerial build? Broadstaff’s fiber broadband staffing team can help you map crew gaps by phase and fill make-ready, lashing, and splicing roles before they slow your schedule. Build your aerial workforce plan with Broadstaff, starting with your next 90 days of footage.

Aerial lineman, groundhand, or splicer? Explore open aerial and fiber jobs with Broadstaff.

FAQ About Aerial Fiber Staffing

What is aerial fiber staffing?

Aerial fiber staffing means hiring and deploying the crews that place fiber on utility poles, from fielding and make-ready through lashing and splicing. It covers linemen, foremen, splicers, inspectors, and the leaders who manage them.

What roles are on an aerial fiber crew?

Most placement crews pair aerial linemen and groundhands under a foreman. Fielders and make-ready crews work ahead of them, while splicers, test technicians, and QC inspectors follow behind.

How many people are on an aerial fiber crew?

A placement crew is often three to five people, including a foreman, linemen, and a groundhand. The right size depends on the method, terrain, and daily footage target.

What certifications should aerial fiber linemen have?

Look for OSHA 10 or 30 training, fall protection training, and a CDL where trucks require one. Any work in the power space also requires qualified electrical worker status.

What is make-ready work in fiber construction?

Make-ready is the work that prepares a utility pole for a new attachment. It can include moving existing lines, transferring attachments, adding anchors, or replacing poles.

Should we use contract or direct-hire aerial crews?

Contract crews fit construction peaks and short-term footage goals. Direct hire makes sense for foremen, QC leads, and maintenance roles you’ll keep after the build.

How fast can Broadstaff deploy aerial fiber crews?

Timing depends on location, role, and crew size. Most fiber staffing needs can be met within one to two weeks.