How do you protect irrigation and private facilities on residential distribution?

We treat everything on the private side as unlocated, because irrigation, invisible fence, landscape lighting, and service laterals are usually outside the locate ticket. Where the risk is real, we pothole before boring. When something is damaged anyway, we repair it promptly and document it. Debating whether it was marked only slows a neighborhood build.

How is distribution production measured and reported?

By daily unit counts rather than percent complete. You get bores placed, crossings completed, structures set, footage of cable placed, terminals installed, and restoration locations closed. Restoration is tracked as its own status. Open yards behind the crews then show up as incomplete work, not hidden inside a footage number that looks like progress.

Can you build distribution aerially instead of underground?

Yes, where pole line and make-ready allow it. We self-perform strand, lash, and overlash, so a serving area can be built with a mix of aerial and buried segments under one crew schedule. Aerial segments are released only behind confirmed make-ready. Sending a crew to poles that are not clear is the most common cause of lost days.

What happens when a designed terminal location does not work in the field?

We flag it, propose an alternative, and document what was actually built. Common problems are locations in drainage swales, under planned driveway expansions, or where a technician would need a lane closure to open a structure. Placement made for construction convenience becomes a permanent operational cost, so it is worth the short conversation before the structure is set.

Do you notify residents before distribution work starts?

Yes. Residents along each segment are notified before crews arrive, with what is being installed, roughly when, and who to contact with questions. Crews are identified on site. The notice format and timing follow the owner's preference and any permit or municipal requirement. Most complaints on neighborhood builds start with surprise, so notice before work is the cheapest way to prevent them.

How deep is distribution conduit buried?

As deep as the permit and the facility owner's standard require for that location. Cover can be set differently under a driveway, in the right of way behind the curb, and in a rear lot easement. The project specification may also set its own minimum. We build to that requirement, check depth during the bore, and record it. The as-built then shows actual cover rather than a design assumption.

How do you handle a resident who refuses access?

We stop work at that location, document the refusal, and move the crew to the next ready unit so production keeps going. The blocked address goes into the daily report with the reason. Easement rights and property owner agreements are usually best resolved by the network owner. Where a reroute is cheaper than waiting, we propose one with its cost and its effect on the as-built.

Outside Plant Construction

Distribution Construction

TLDR

Distribution construction is the branch network between the backbone and the customer: short bores down easements, driveway and sidewalk crossings, handholes at lot lines, terminals, and drop-ready splice points. The work is high volume and repetitive, so Strilla Communications runs it on daily unit counts, tight restoration standards, and resident notification.

What Distribution Construction Actually Involves

Distribution is the network between the access point and the properties it serves. Physically it is many short bores, driveway and sidewalk crossings, and handholes and pedestals near lot lines. It adds terminals and closures placed for future drops. The cable runs either in buried conduit down rear or front easements or lashed to existing pole lines. Individually the units are small. Collectively they are the majority of the footage on most builds.

That volume changes how the work is managed. Nobody schedules distribution around a single hard bore. It is scheduled around daily unit counts: bores per day, structures set per day, footage of cable placed, terminals installed, and restoration closed. A crew with a steady count and clean yards behind it is worth more here than one with an occasional big day. The big-day crew usually leaves punch work behind.

Distribution also brings you into contact with the public in a way backbone does not. Crews work in front yards and across driveways, near irrigation, invisible fence, and yard lighting. They work in view of residents who did not ask for construction. How a crew handles that is a real project risk. A handful of complaints can add permit conditions or slow a city's approval of the next phase.

Crossings, Cover, and Private Property

Driveway and sidewalk crossings dominate distribution. They are short, but they carry their own risks. Shallow services, irrigation mains, and utility laterals to the house are common. These are often unmarked, because private-side lines are outside the locate ticket. We treat the private side as unlocated by default and pothole where the risk warrants rather than assuming clear ground.

Cover requirements on distribution vary by authority and by location within the corridor. Cover under a driveway or sidewalk, in an easement behind the curb, and in a rear lot easement can each be set differently. We build to the depth the permit requires and record it. Cutting cover to save a rod is what produces the dig-in that shows up two years later.

Access is a distribution-specific problem. Rear easements can be fenced, planted, or blocked by structures. Equipment size has to match what will fit without tearing up the property to get there. We plan equipment and access per segment. Where an easement truly cannot be passed, we raise the reroute early instead of forcing a machine through a backyard.

Driveway, sidewalk, and lot line crossings with cover built to the applicable permit.
Private-side facilities treated as unlocated: irrigation, invisible fence, landscape lighting, service laterals.
Equipment sized to actual easement access rather than to the corridor on the drawing.
Handholes and pedestals placed clear of mowing lines, driveways, and drainage paths.

Terminals, Splice Points, and Drop Readiness

Distribution is only finished when it is drop-ready. That means terminals and closures sit where drops can actually be run, and splice work matches the fiber assignment plan. It also means a technician can open each structure without a lane closure or a talk with the homeowner. Placement decisions made for construction convenience become permanent operational cost.

We place terminals to the design. Sometimes field conditions make a designed spot unworkable, such as a location in a drainage swale or under a planned driveway expansion. Then we flag it, propose another spot, and record what was actually built. The as-built has to match the ground, because your install technicians will be working from it every day for years.

Aerial distribution follows the same logic with a different constraint. Segments are released only after make-ready is confirmed complete on the poles in that span. Sending an aerial crew to a pole line that still has an unmoved attachment is the surest way to lose a day. Strand, lash, and overlash work is scheduled against confirmed pole status, not against the original design assumption.

Restoration and Resident Communication

On distribution, restoration is the deliverable the public judges. Sod is replaced and watered in, driveways and sidewalks are patched to specification, cut irrigation is repaired, and landscaping is put back. That work is what lets a build move quietly through a neighborhood instead of drawing complaints to a city commissioner. We close restoration inside the phase, and we photograph before and after every location.

Resident communication comes first. Most escalations are prevented by notice before crews arrive, crews who are clearly identified, and plain answers about what is going in and how long it will take. Where an irrigation line or a private facility is damaged, the correct answer is to repair it promptly and document it, not to argue about whether it was marked.

Because distribution runs at volume, we track restoration status as its own production count alongside bores and structures. Open restoration sitting behind the crews is treated as incomplete work, not as a punch list to sweep up at the end of the project.

What Slows Distribution Production, and How Is It Prevented?

Distribution production is lost in small pieces, and most of them are predictable. Each of these costs a few hours: a blocked easement, a missing locate, or a resident who will not allow access. So does a crossing that hits an unmarked irrigation main, or a crew waiting on a structure delivery. Across hundreds of units, those hours decide whether a serving area finishes on time.

Most of them can be prevented before the crew arrives. The serving area walk catches access problems. Locate tickets are placed and checked ahead of the crew, notices go out before work starts, and material is staged by segment. When one unit is blocked, the crew moves to the next ready unit. The blocked one goes into the daily report with the reason and the person who can clear it.

Locates deserve their own tracking. Under Florida Statute Chapter 556, excavators notify Sunshine 811, the state one-call center, before digging, and member operators mark their lines using the APWA uniform color code. Orange marks communications, red marks electric, yellow marks gas, blue marks potable water, and green marks sewer. Tickets expire after a set period. On a long build they are tracked and renewed segment by segment rather than placed once for the whole area.

Locate tickets tracked by segment and renewed before they expire.
Access problems found on the serving area walk, not on the day of work.
Material staged by segment so crews do not stand by for deliveries.
Blocked units listed daily with the reason and who can clear them.

Key takeaways

Distribution construction is managed by daily unit counts, because the work is many small, repeated units rather than one difficult bore.
Private-side lines such as irrigation, invisible fence, and yard lighting are not marked through a locate ticket and should be treated as unlocated.
A distribution segment is finished only when it is drop-ready, spliced to the fiber assignment plan, tested, and restored.
Restoration is the part of a distribution build the public judges, so it should close inside each phase rather than at the end of the project.

Key terms

Drop-ready: The state of a distribution segment when terminals and closures are installed, spliced to the fiber assignment plan, tested, and accessible, so an install technician can connect a customer without more construction. A segment that is built but not drop-ready does not yet produce subscriber connections.
Fiber terminal: An enclosure in a distribution network where individual customer drops connect to the distribution cable. Terminals sit in handholes, on pedestals, or on poles. Their location decides how easily technicians can run drops and open the terminal for service over the life of the network.
Private-side facility: A buried line owned by the property owner rather than a utility, such as irrigation, invisible pet fence, low-voltage yard lighting, or a private service lateral. Locates requested through the one-call system do not mark these lines, so crews must find or protect them separately.
APWA uniform color code: The standard colors used to mark buried facilities: orange for communications, red for electric, yellow for gas and oil, blue for potable water, green for sewer, purple for reclaimed water, and white for proposed excavation. Florida locators use it when responding to Sunshine 811 tickets.

Distribution units and how each one is controlled

Unit	What it is	Main risk	How it is controlled
Easement bore	Short bore along a front or rear easement	Blocked access and unmarked private lines	Access check on the walk, potholing where the risk is real
Driveway or sidewalk crossing	Bore under a hard surface to reach the next lot	Shallow laterals and irrigation mains	Private side treated as unlocated, depth verified and recorded
Handhole or pedestal	Access structure at splice or terminal points	Placement in drainage paths or mowing lines	Set to grade, clear of driveways and swales
Terminal or closure	Point where customer drops connect	A location technicians cannot reach easily	Placed to design, with deviations flagged and recorded
Aerial span	Cable lashed to strand on existing poles	Make-ready not yet complete	Released only after pole status is confirmed
Restoration location	Sod, irrigation, driveway, or sidewalk repair	Left open behind the crew	Tracked as its own daily count, photographed before and after

Utility locate color codes

What this means for your project

Distribution is where a build meets the public, and complaints carry real schedule cost. A few escalations to a city commissioner can add permit conditions or slow approval of the next phase. Budget for resident notification, potholing near private facilities, and restoration that closes inside each phase. Those costs are small next to a stalled serving area.

Track distribution by units, not footage. Ask for daily counts of bores, crossings, structures, terminals, and closed restoration, plus a list of blocked units with reasons. That tells you whether a serving area is on pace. It also shows where your team needs to clear an easement or settle a property owner issue.

The as-built matters most here, because install technicians will work from it for years. Terminal locations, structure positions, and actual depths should match the ground. A distribution route that is drop-ready and accurately documented turns into subscriber connections sooner and costs less to maintain and locate over its life.

What's Included

Serving area walk with unit takeoff, access review, and a list of segments needing reroute or special handling.
Short-run directional bores down easements and along right of way, with cover built to the applicable permit.
Driveway, sidewalk, and lot line crossings, including potholing where private-side facilities are likely.
Handhole and pedestal placement clear of driveways, mowing lines, and drainage paths.
Distribution cable placement underground by pulling or jetting, or aerially behind completed make-ready.
Terminal, closure, and splice point installation to the fiber assignment plan for drop readiness.
Sod, landscaping, irrigation, driveway, and sidewalk restoration closed inside each phase.
Daily production reporting by unit count, with restoration tracked as its own status.

Our Process

01
Serving Area Walk and Unit Takeoff
We walk the serving area against the design and count the real units: bores, crossings, structures, terminals, and footage. Access problems in rear easements, fenced yards, and planted corridors are found here. So are segments where a reroute is cheaper than forcing equipment through.
02
Notification and Locates
Locate tickets are placed and residents are notified before crews arrive. Because private-side facilities are outside the locate, we identify likely irrigation, lighting, and lateral runs and pothole where the risk warrants. Notification and identification on site prevent most of the escalations that slow a neighborhood build.
03
Bore, Place, and Set Structures
Crews run daily unit counts: short bores placed to permitted cover, crossings completed, and conduit and tracer wire installed. Handholes and pedestals are set to grade, clear of driveways and drainage. Duct is proofed before cable so a blockage is found before a crew shows up to place fiber.
04
Cable, Terminal, and Splice
Distribution cable is placed by pulling, jetting, or aerial lash depending on the segment. Terminals and closures go in to the fiber assignment plan and splice work is completed. Each segment is tested so it is truly drop-ready, not just built.
05
Restoration and Punch Walk
Restoration follows the crews inside the same phase: sod, irrigation repair, driveway and sidewalk patch, and landscaping. We photograph before and after each location, then walk the segment with your representative so the phase closes without a trailing punch list.

Capability Overview

Typical application	Access and branch network from cabinet or access point to serving area
Bore character	High volume of short runs down easements, right of way, and lot lines
Common crossings	Driveways, sidewalks, curb and gutter, minor residential streets
Structures	Handholes and pedestals at splice, access, and terminal locations
Cable placement	Pulling, jetting, or aerial lash depending on segment design
Drop readiness	Terminals and closures placed and spliced to the fiber assignment plan
Restoration	Sod, irrigation, landscaping, driveway and sidewalk patch, closed inside the phase
Reporting	Daily unit counts for bores, structures, footage, terminals, and restoration status

Frequently Asked Questions

How do you protect irrigation and private facilities on residential distribution?: We treat everything on the private side as unlocated, because irrigation, invisible fence, landscape lighting, and service laterals are usually outside the locate ticket. Where the risk is real, we pothole before boring. When something is damaged anyway, we repair it promptly and document it. Debating whether it was marked only slows a neighborhood build.
How is distribution production measured and reported?: By daily unit counts rather than percent complete. You get bores placed, crossings completed, structures set, footage of cable placed, terminals installed, and restoration locations closed. Restoration is tracked as its own status. Open yards behind the crews then show up as incomplete work, not hidden inside a footage number that looks like progress.
Can you build distribution aerially instead of underground?: Yes, where pole line and make-ready allow it. We self-perform strand, lash, and overlash, so a serving area can be built with a mix of aerial and buried segments under one crew schedule. Aerial segments are released only behind confirmed make-ready. Sending a crew to poles that are not clear is the most common cause of lost days.
What happens when a designed terminal location does not work in the field?: We flag it, propose an alternative, and document what was actually built. Common problems are locations in drainage swales, under planned driveway expansions, or where a technician would need a lane closure to open a structure. Placement made for construction convenience becomes a permanent operational cost, so it is worth the short conversation before the structure is set.
Do you notify residents before distribution work starts?: Yes. Residents along each segment are notified before crews arrive, with what is being installed, roughly when, and who to contact with questions. Crews are identified on site. The notice format and timing follow the owner's preference and any permit or municipal requirement. Most complaints on neighborhood builds start with surprise, so notice before work is the cheapest way to prevent them.
How deep is distribution conduit buried?: As deep as the permit and the facility owner's standard require for that location. Cover can be set differently under a driveway, in the right of way behind the curb, and in a rear lot easement. The project specification may also set its own minimum. We build to that requirement, check depth during the bore, and record it. The as-built then shows actual cover rather than a design assumption.
How do you handle a resident who refuses access?: We stop work at that location, document the refusal, and move the crew to the next ready unit so production keeps going. The blocked address goes into the daily report with the reason. Easement rights and property owner agreements are usually best resolved by the network owner. Where a reroute is cheaper than waiting, we propose one with its cost and its effect on the as-built.

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