Do you perform work near energized conductors?

Our aerial work is done in the communication space, below the power lines, and is planned around minimum approach distance to energized facilities. Where the method requires it, insulated equipment and coordination with the pole owner are arranged before the work is scheduled. If the required distance cannot be kept at a pole, the work at that pole stops until the condition is resolved.

Can you handle backyard and rear easement pole lines?

Yes. Compact and trailer mounted lifts are used where a full size truck cannot reach the pole line, such as rear lot easements, alleys, and fenced yards. Access constraints are found during the route walk so the right unit is assigned. Property owner notice and gate access are coordinated in advance, and the yard is restored to its recorded condition afterward.

Do you support overlash on existing plant?

Yes. Overlash adds new cable to an existing strand and bundle, so it is planned with the existing load and sag in mind. The crew checks the strand, lashing wire, and hardware before adding to it, and records any existing condition that looks wrong. Problems on existing plant are photographed and reported to you rather than built over and hidden.

How do you choose a bucket truck for a pole line?

Four values decide it: working height, side reach, material handling capacity, and insulation rating. Height decides whether the communication space is reachable. Side reach decides whether the truck can stay out of a travel lane while reaching a set back pole. Material handling and insulation decide how reels go up and how close work may be done to power lines.

Who provides traffic control for aerial work?

We provide maintenance of traffic for our aerial work zones, set to the standard the permitting agency requires for the road classification and posted speed. Cones, signs, and arrow boards travel with the crew. If the project supplies traffic control under a separate contract, that is confirmed during planning so neither party assumes the other has it covered.

How are aerial lifts inspected?

Each lift gets a pre-use inspection before every shift. The check covers boom function, upper and lower controls, outriggers, hydraulics, fall protection anchorage, and the chassis and tires. Periodic inspection and maintenance records are kept for each unit. A lift that fails inspection does not go up until it is repaired or replaced, and any schedule effect is reported the same day.

Can you work on poles during make-ready?

Yes, within our scope. Crews perform the communication space work assigned to us, such as moving or adjusting our own attachments or placing new strand, and document field conditions for engineering and permitting. Work on power facilities or on another attacher's plant belongs to that owner. We coordinate our sequence with the pole owner and other attachers so runs are ready.

Equipment

Bucket Truck Fleet

The lift and support equipment classes behind aerial cable construction, and what each one is used for on a pole line.

Aerial construction depends on lift equipment matched to the pole line: working height, side reach, material handling capacity, and insulation rating all determine what a crew can safely do at a given attachment point. Strilla Communications operates owned aerial lift and support equipment for strand, lash, overlash, and aerial fiber placement across Florida.

Aerial Work Is Governed by Reach and Clearance

The limiting factor on aerial construction is rarely the cable. It is whether a crew can reach the attachment point safely with the right equipment given pole height, road position, clearance to energized conductors, and what is behind the pole line.

Equipment is therefore selected per run rather than per job. A specific unit list with configurations is provided in prequalification packages on request.

Aerial Lift Classes and Their Use

Lift classes are described here by capability. Selection happens during planning once pole heights, road geometry, and clearance conditions are known.

Standard telecommunications aerial lifts for routine communication space work: strand placement, lashing, overlash, and aerial fiber placement at typical distribution heights
Higher reach lifts for tall poles, transmission corridors, long spans, and crossings where the communication space sits well above standard working height
Material handling lifts for setting and positioning reels, hardware, and equipment at the pole rather than lifting by hand
Insulated units where the work approaches energized conductors and minimum approach distance governs the method
Trailer mounted and compact lifts for backyard easements, alleys, and locations a full size chassis cannot reach

Reel, Lashing, and Rigging Support

A lift alone does not place cable. Reel trailers, cable trailers, blocks, and lashing equipment control tension and payoff so strand and cable are installed at design sag without damaging the sheath or over stressing the attachment.

Overlash work adds its own requirements, since the existing plant has to carry the added load. Rigging and tension control are set with the existing bundle in mind, and observed conditions on the existing plant are recorded during the run.

Reel and cable trailers for controlled payoff on long runs
Lashers and lashing wire for strand and lash and overlash operations
Blocks, rollers, and tensioning equipment for sag control
Anchoring, guying, and hardware installation tooling for messenger strand installation

Selecting a Unit for the Run

Working height determines whether the communication space is reachable at all. Side reach determines whether the unit can stay out of a travel lane while still reaching a pole set back behind a ditch, a guardrail, or a sidewalk, which on many Florida corridors is the deciding factor.

Material handling capacity decides whether reels, hardware, and equipment go up mechanically or by hand. Insulation rating decides how close the work can be performed to energized conductors and whether coordination with the pole owner is required before the shift.

Those four values are checked against the pole line during Locate and Plan, so the unit that arrives is the unit the run needs rather than the unit that happened to be available that morning.

Support Vehicles and Aerial Splice Access

Aerial fiber work does not end when the cable is lashed. Splice access at an aerial enclosure requires a stable working position long enough to prep, splice, and test, which is a different equipment requirement than placing cable and moving on.

Splicing is supported from a controlled environment wherever the location allows, since humidity, wind, and roadside dust all affect splice quality. Where an enclosure must be worked in place, the lift is positioned and the work area protected for the full duration of the task.

Support vehicles carry hardware, anchoring and guying material, grounding and bonding components, slack storage, and the traffic control equipment that lets a crew hold a position on a road for several hours.

Traffic Control and Site Protection

Most aerial work happens in or beside a travel lane. Maintenance of traffic equipment travels with the crew: cones, signs, arrow boards, and the setups the permitting agency requires for the road classification and posted speed.

Where a lift is positioned in a lane or on a shoulder, the traffic control plan is set before the boom leaves the cradle. That is a schedule item and an inspection item, and it is handled as part of mobilization rather than improvised on arrival.

Inspection and Readiness

Aerial lifts receive pre-use inspection before each shift covering boom function, controls, outriggers, hydraulics, fall protection anchorage, and the tires and chassis that get the unit to the pole. Periodic inspection and maintenance records are kept for each unit.

Fall protection is used in the bucket as a standing rule, and the crew confirms setup, level, and outrigger placement before elevating. Nothing about this is optional based on how short the task looks.

Make-Ready and Pole Attachment Support

Aerial builds frequently stall on make-ready rather than on construction. Field verification of existing attachments, clearances, and pole conditions gives the engineering and permitting side accurate information to work from.

Our crews support make-ready by documenting field conditions, performing the communication space work within our scope, and coordinating our sequence with the pole owner and other attachers so a run is ready when the lift arrives.

Which Safety Rules Govern Aerial Lift Work?

Aerial lift work on telecommunications plant falls under federal OSHA rules for telecommunications work and for vehicle mounted elevating devices. Those rules cover lift inspection, operator training, fall protection, and safe distance from energized lines. The pole owner's attachment standards and the National Electrical Safety Code (NESC) set where communication cables may sit on the pole.

In practice, the rules come down to a few habits that do not bend. The lift is inspected before use. Outriggers are set on firm footing before the boom rises. Fall protection is worn and tied off in the bucket. The crew confirms the distance to power before any work starts, and the operator stops if that distance cannot be kept.

Setting Up on Sand, Soft Shoulders, and Ditches

Florida road shoulders are often loose sand or soft fill, and many pole lines sit behind a drainage swale. An outrigger set on soft ground can sink once the boom extends, which makes the setup unstable at exactly the wrong moment.

Crews carry outrigger pads and cribbing to spread the load, and they check the ground before setting up beside a swale or ditch edge. When the ground after heavy rain will not carry a full size unit, the work is moved to a compact or trailer mounted lift, rescheduled, or reached from a different position. Ground conditions and the setup chosen are noted in the daily report.

Key takeaways

Aerial lift selection depends on four values: working height, side reach, material handling capacity, and insulation rating.
Bucket trucks are matched to each pole line run during planning, not assigned per job, because pole heights and setbacks change along a route.
On Florida's sandy shoulders and swales, outrigger pads, cribbing, and a ground check come before the boom rises.
Pre-use inspection, fall protection in the bucket, and minimum approach distance to power lines are standing rules on every aerial shift.

Key terms

Communication space: The section of a utility pole set aside for telephone, cable, and fiber attachments, located below the power supply space. A safety zone defined by the National Electrical Safety Code separates the two. Telecommunications crews work in the communication space and plan around their distance to energized conductors above.
Minimum approach distance: The closest a worker, tool, or piece of equipment may come to an energized conductor, based on voltage and set by OSHA rules. It governs how aerial work is performed near power lines. When the distance cannot be kept, the method changes, insulated equipment is used, or the pole owner is involved.
Overlash: An aerial method where new fiber or cable is lashed onto an existing strand and cable bundle instead of placing a new messenger strand. Overlash saves time and pole space but adds load to the existing plant, so strand condition, sag, and clearances are checked before and after.
Sag and tension: Sag is how far a cable or strand drops below a straight line between two poles. Tension is the pulling force on it. Both are set to the design during installation, because too little sag overloads poles and hardware while too much violates ground and road clearance rules.

Aerial lift classes and where each is used on a pole line

Lift class	Where it is used	Deciding factor
Standard telecom aerial lift	Routine strand, lash, overlash, and fiber placement at distribution heights	Pole height within normal range
Higher reach lift	Tall poles, long spans, transmission corridors, high crossings	Communication space above standard height
Material handling lift	Lifting reels, hardware, and equipment to the pole	Weight that should not be lifted by hand
Insulated unit	Work approaching energized conductors	Minimum approach distance at the pole
Compact or trailer mounted lift	Backyard easements, alleys, soft or tight access	Access and ground bearing capacity

Utility pole attachment zones

What this means for your project

Aerial schedules slip when the wrong lift reaches the wrong pole. A truck that cannot reach a set back pole without blocking a lane triggers a new traffic plan. A unit that cannot reach a tall crossing stops the run. Matching lifts to the pole line during planning keeps those problems on paper, where they cost nothing.

Safety and clearance practice protect your project as much as the crew. A contact with a power line or a lift tipping on a soft shoulder stops the job, involves the pole owner and the authorities, and can freeze your attachment permits. Consistent inspection, ground checks, and approach distance rules are what keep an aerial build moving.

Documentation from aerial crews also feeds your engineering records. Pole by pole attachment records, clearance notes, and photographs of existing conditions support make-ready closeout and later attachment audits by the pole owner.

Frequently Asked Questions

Do you perform work near energized conductors?: Our aerial work is done in the communication space, below the power lines, and is planned around minimum approach distance to energized facilities. Where the method requires it, insulated equipment and coordination with the pole owner are arranged before the work is scheduled. If the required distance cannot be kept at a pole, the work at that pole stops until the condition is resolved.
Can you handle backyard and rear easement pole lines?: Yes. Compact and trailer mounted lifts are used where a full size truck cannot reach the pole line, such as rear lot easements, alleys, and fenced yards. Access constraints are found during the route walk so the right unit is assigned. Property owner notice and gate access are coordinated in advance, and the yard is restored to its recorded condition afterward.
Do you support overlash on existing plant?: Yes. Overlash adds new cable to an existing strand and bundle, so it is planned with the existing load and sag in mind. The crew checks the strand, lashing wire, and hardware before adding to it, and records any existing condition that looks wrong. Problems on existing plant are photographed and reported to you rather than built over and hidden.
How do you choose a bucket truck for a pole line?: Four values decide it: working height, side reach, material handling capacity, and insulation rating. Height decides whether the communication space is reachable. Side reach decides whether the truck can stay out of a travel lane while reaching a set back pole. Material handling and insulation decide how reels go up and how close work may be done to power lines.
Who provides traffic control for aerial work?: We provide maintenance of traffic for our aerial work zones, set to the standard the permitting agency requires for the road classification and posted speed. Cones, signs, and arrow boards travel with the crew. If the project supplies traffic control under a separate contract, that is confirmed during planning so neither party assumes the other has it covered.
How are aerial lifts inspected?: Each lift gets a pre-use inspection before every shift. The check covers boom function, upper and lower controls, outriggers, hydraulics, fall protection anchorage, and the chassis and tires. Periodic inspection and maintenance records are kept for each unit. A lift that fails inspection does not go up until it is repaired or replaced, and any schedule effect is reported the same day.
Can you work on poles during make-ready?: Yes, within our scope. Crews perform the communication space work assigned to us, such as moving or adjusting our own attachments or placing new strand, and document field conditions for engineering and permitting. Work on power facilities or on another attacher's plant belongs to that owner. We coordinate our sequence with the pole owner and other attachers so runs are ready.

Related services

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