Services

# Supporting Services

The access points, the pole preparation and the paperwork that decide whether a finished route can actually be operated and maintained.

TLDR

Supporting services are the work that surrounds the bore and the cable: handhole and vault placement, make-ready support on pole routes, as-built documentation, and daily production reporting. Strilla treats these as part of the deliverable rather than as extras, because they determine whether a project file can be closed cleanly.

## What counts as a supporting service?

Every fiber route needs more than conduit and cable. It needs places to access the plant, poles prepared to accept new attachments, a record of what was actually installed, and a running account of what happened each day. Those four things are what this category covers.

They get called supporting services because they support the primary scope, not because they are optional. A route with no accessible splice points is difficult to maintain. A pole line that was never made ready cannot legally accept a new attachment. A route with no accurate as-built is effectively invisible to the next crew that has to locate it.

Each one also has a clear owner on the project team. Access structures belong to the construction scope. Make-ready belongs to the pole owner, with the fiber contractor supporting it. Documentation and reporting belong to whoever is building, and they should be priced and scheduled like any other deliverable.

- Handhole placement for pulling, splicing and future access
- Vault placement where equipment, slack or larger splice cases are required
- Make-ready support so aerial attachments can proceed
- As-built documentation capturing what was installed and where
- Daily production reporting so progress and field conditions are visible

## Why does supporting work go wrong so quietly?

Primary construction is visible. If a bore stalls, everyone knows within the hour. Supporting work fails quietly, and the consequences arrive months later.

A handhole set slightly outside the right of way becomes a permitting problem at final inspection. A vault set below grade collects water and becomes a maintenance liability. An as-built drawn from memory a week after demobilization contains errors nobody catches until a locate ticket comes back wrong and someone puts a backhoe through the plant.

None of those failures are dramatic on the day they happen. All of them are expensive later. That is the argument for treating this category with the same discipline as the bore itself.

## How are access points planned rather than placed?

Handhole and vault locations are a design decision, not a field convenience. Placement is driven by pull tension limits, splice locations, slack storage requirements, future access needs and the practical question of whether a technician can safely work there at two in the morning in the rain.

That means access points get planned against the route before the first pit is opened. Spacing accounts for the pull distances the cable can tolerate. Locations avoid driveways and travel lanes where they can, sit clear of drainage where possible, and stay inside the permitted right of way in every case.

Load rating matters as much as location. A box set in a grassed strip and a box set where a delivery truck will eventually drive over it are not the same specification, and getting that wrong once means replacing it later at full cost.

When a field condition forces a structure to move, the change is agreed with the project manager or engineer before the box goes in, then recorded on the day. A structure that quietly shifts during construction is a structure that will not be where the drawing says it is.

## Handhole or vault: which does each point on a route need?

The answer depends on what has to fit inside and how a technician will work on it. A handhole is a smaller box that a technician works from above, reaching in to pull cable, store a slack coil or open a small splice case. A vault is a larger, deeper structure sized for big splice closures, heavy slack storage or equipment, and on some routes a technician works inside it.

Most routes use both. Handholes carry the routine pulling points and drop locations along a distribution build. Vaults sit where the work is heaviest: at backbone splice points, where feeder cable branches into distribution, and where several duct paths come together. The design usually names the structure type at each point, and the owner's standard usually names the approved products.

The choice also changes the field effort. A vault means a bigger excavation, more dewatering in wet ground, heavier lifting equipment and tighter grade control. Pricing a route as all handholes and then discovering vault points in the field is a common source of change orders, so structure types should be fixed before the bid.

- Handholes: pulling points, drop locations, small splices and slack coils
- Vaults: backbone splices, feeder to distribution branch points and equipment
- Either: the structure type and approved product come from the design and the owner's standard

## Why is make-ready a schedule dependency?

On aerial routes, make-ready is the item most likely to move your completion date, and it is usually outside the fiber contractor's control. Pole owners set the pace, and existing attachers have to be coordinated.

Strilla supports that process rather than pretending it does not exist. That means field survey to identify what needs to move, clear documentation of the required work so the pole owner can act on it, and honest reporting about what is holding the schedule when the answer is a third party.

The alternative, which is common, is a contractor who quotes an aerial build as though make-ready were instant and then absorbs the difference in change orders. Naming the dependency up front is less comfortable and considerably more useful.

## How do permits shape supporting work?

Permits decide where structures can sit and how the site must be left. Every handhole and vault in public right of way sits under a right of way use permit from the authority that owns the road: the county or city on local roads, and the Florida Department of Transportation on state roads, under the FDOT Utility Accommodation Manual. FDOT District 5 covers Volusia, Orange, Seminole, Osceola and Lake Counties, and District 1 covers Polk.

Those permits set conditions that reach directly into supporting work. They can limit where a structure may sit relative to the pavement edge, sidewalk, driveway apron or drainage, set the restoration standard for sod, concrete and asphalt, and require a traffic control plan for any work in or near a travel lane. Some require notice before work starts and an inspection before the permit closes.

Before any excavation, including a handhole pit, Chapter 556 of the Florida Statutes requires a locate request through Sunshine 811 so member utilities can mark their lines. Marks follow the APWA uniform color code: orange for communications, red for electric, yellow for gas, blue for potable water and green for sewer. Digging close to marked lines is done by hand or by vacuum excavation.

Aerial routes add a separate approval: the pole owner's attachment permit or license. Make-ready, attachment and any pole replacement run through that process, which is why aerial supporting work is mostly survey, coordination and documentation.

## What do Florida conditions change about access structures?

Florida ground and weather change how structures are set and how long they last. Across coastal Volusia County and much of Central Florida the water table sits close to the surface, so excavations for larger structures often need dewatering, and structures need bedding that drains and will not settle unevenly.

Loose sand is the other constant. It will not hold a vertical excavation wall for long, so pits are kept tight to the structure and protected for the conditions, and backfill around a structure is placed and compacted in lifts so the surrounding ground does not sink and leave the lid sitting proud.

Storms add a third factor. Structures in low areas flood during heavy rain and during hurricane season, which runs from June through November. Sealed conduit entries, closures suited to wet structures, and placement out of drainage swales where the route allows all reduce the work needed after a storm. A lid that cannot be found under debris or standing water is the clearest argument for accurate coordinates.

## Why capture documentation as the work happens?

As-built accuracy is a function of when the data is captured, not how carefully it is drawn afterward. Data recorded at the time of installation reflects what happened. Data reconstructed later reflects what someone remembers.

Bore depth and alignment, handhole and vault coordinates, conduit counts and colors, splice locations and footage are captured in the field as each element goes in. Photographs are taken at the point where a feature is still visible, which for buried plant means before backfill, not after.

The output is a record that a locator, a maintenance crew or a future designer can rely on years from now. That is the actual test of an as-built, and it is a test most closeout packages fail.

## How does daily reporting remove the status call?

A daily production report states what was completed, what is planned next, what conditions were encountered and what is blocking progress if anything is. It arrives at the end of the working day rather than when someone asks for it.

The effect on a project manager's week is larger than it sounds. Most status calls exist because information is not arriving on its own. When it does arrive, the calls stop, and the exceptions become easy to spot because they stand out against a routine record.

The reports also create a contemporaneous record. When a field condition changes and a decision has to be made quickly, having it documented on the day protects both parties in a way that a later recollection does not.

## What belongs in a closeout package?

A closeout package is the set of records a project manager needs to close the file and an operator needs to run the plant. Its exact contents are set by the contract and the facility owner's standard, but most packages share the same core items.

When the daily record has been kept, most of this package already exists by the last day of construction. The remaining work is assembly and a quality check, not reconstruction. That is the difference between a closeout delivered with demobilization and one that arrives weeks later with gaps.

- As-built drawings or data showing route, depth and structure locations
- Bore logs with depth readings along each bore, not only at the ends
- A structure schedule listing each handhole and vault with coordinates, size and rating
- Conduit and cable records by segment, including duct color and occupancy
- A photo log keyed to station or coordinate
- Splice and test records where splicing is in scope
- Permit closeout documents and restoration sign-off
- Installed quantities reconciled against the take-off

## How do supporting services fit into the project sequence?

Supporting work runs alongside the primary scope from start to finish rather than trailing it. Access point planning and make-ready survey happen in pre-construction, before crews mobilize. Structures are set as the pathway goes in, because a bore usually starts or ends at a pit that becomes a handhole. Documentation and daily reporting run every working day. Restoration and the closeout package finish the job.

Sequencing it this way avoids two common problems. A route where structures are set after the conduit means opening the ground again at every access point. A route where documentation starts at the end means rebuilding records from memory, which is where most as-built errors begin.

It also gives the project manager a clean test at each stage. Structures can be checked against the plan as they go in. Daily reports can be checked against the schedule. The closeout can be checked against the daily record. Nothing has to wait until the end to be verified.

## What should you ask a contractor about supporting services?

A few direct questions show quickly whether supporting work is treated as part of the deliverable or as cleanup after the real job.

Clear, specific answers point to a contractor with a process. Vague answers usually mean the work still happens, but later and less accurately, and the gap shows up in your closeout or your first locate ticket.

- How are handhole and vault locations chosen, and who approves a change in the field?
- How is the load rating selected for each structure location?
- When is as-built data captured, and what does a bore log record?
- What does a daily report contain, who receives it and when?
- Who performs make-ready on aerial segments, and how is its status reported?
- What is in the closeout package, and when is it delivered?

## How are supporting services contracted?

These services are included by default in a full outside plant package, where the pathway, the cable and the documentation are all in one scope. They can also be contracted independently when another contractor is performing the primary construction and the documentation or access work needs to be handled properly.

Documentation-only engagements are less common but genuinely useful, particularly where a route was built without adequate records and someone now needs an accurate picture of what is in the ground.

## Key takeaways

- Supporting services are the handholes, vaults, make-ready, as-builts and daily reports that decide whether a finished fiber route can be operated, located and maintained.
- Access structure locations are a design decision driven by pull tension, splice points, right of way limits and expected surface loading, not a field convenience.
- On aerial routes, make-ready is performed by the pole owner or existing attachers, and it is the item most likely to move the completion date.
- As-built data captured before backfill is an observation, while data written after demobilization is a recollection.
- A project with a complete daily record produces most of its closeout package before the crew demobilizes.

## Key terms

**Handhole**: A small underground access box set flush with grade along a buried fiber route. Technicians work from above to pull cable, store slack coils, make small splices and reach the plant for maintenance. Handholes come in polymer concrete and other materials, with lids rated for the expected surface load.

**Vault**: A larger, deeper underground structure, usually precast concrete, that houses large splice closures, substantial slack storage or equipment. Vaults sit at backbone splice points and branch points where cable counts are highest, and a technician may work inside one rather than reaching in from above.

**Make-ready**: The preparatory work on existing utility poles that must be finished before a new attachment can be added. It can include moving existing communications attachments, correcting clearances or replacing a pole with a taller one, and it is performed by the pole owner or the attachers who own the affected facilities.

**As-built**: The record of what was actually installed, where it sits and how deep it runs, as opposed to the design drawing that shows what was intended. An as-built includes route alignment, bore profiles, structure coordinates, conduit details and photographs, and every future locate or repair depends on it.

**Daily production report**: An end of day record issued during active construction that states the work completed in project units, the plan for the next working day, the field conditions encountered and anything blocking progress. It replaces routine status calls and creates a dated record of field changes.

*Supporting services at a glance*

| Service | When it happens | What it protects | Record it produces |
| --- | --- | --- | --- |
| Handhole placement | As the pathway is built, often at bore pits | Pullability, splice access and safe maintenance | Coordinate, size, rating and conduit entries per box |
| Vault placement | At backbone splice and branch points during construction | Large splices, slack and equipment in wet ground | Coordinate, dimensions, rating and photographs per vault |
| Make-ready support | Pre-construction on aerial segments, then tracked to release | The aerial schedule and the legality of each attachment | Pole by pole survey and release status |
| As-built documentation | Every working day, before features are covered | Future locating, repair and capacity planning | Drawings or data, bore logs, photo log |
| Daily production reporting | End of every working day | Schedule visibility and a dated record of field changes | Daily reports that feed reconciliation and closeout |

*Right of way permit workflow*

## What this means for your project

Supporting work is where schedule and cost risk hide on a fiber project. A bore that stalls is visible the same day. A handhole set outside the permitted right of way, a vault set low in wet ground, or an aerial schedule built on the assumption that make-ready is instant all surface later, at inspection, at activation or in a change order. Fixing structure types, load ratings and the make-ready plan before the bid moves those risks to the point where they are cheapest to manage.

For schedule, the main lever is honesty about dependencies. Make-ready belongs to the pole owner, permits belong to the road authority, and locate tickets belong to the Sunshine 811 process. A plan that names those dependencies and reports on them daily produces a less flattering first schedule and far fewer surprises. Daily reporting is what lets you see a third party delay the day it starts instead of the week it becomes a problem.

For documentation, ask for the closeout contents in writing before construction and confirm how the data will be captured. Coordinates on every structure, bore logs with depth along each run and photographs taken before backfill are what make the route locatable and maintainable for its full life. Those records cost little when captured in the field and a great deal when rebuilt later.

## Related reading

- [Full OSP packagesPathway, cable, structures and documentation delivered together under one scope.](https://strillacommunications.com/services/outside-plant-construction/full-osp-packages)
- [Closeout and documentation standardsWhat a complete closeout record should contain and why each item matters later.](https://strillacommunications.com/resources/closeout-and-documentation-standards)
- [How handholes and vaults fit into fiber networksA closer look at where access structures go and what each type is for.](https://strillacommunications.com/blog/how-handholes-and-vaults-fit-into-fiber-networks)
- [Make-ready on aerial buildsWhy pole preparation drives aerial schedules and how to plan around it.](https://strillacommunications.com/blog/how-make-ready-work-supports-aerial-fiber-builds)
- [Florida soil and permittingHow sand, a shallow water table and local permit rules shape construction in Central Florida.](https://strillacommunications.com/resources/florida-soil-and-permitting)
- [Post-construction and closeoutHow restoration, final records and permit closeout are handled at the end of a job.](https://strillacommunications.com/about/our-process/post-construction-and-closeout)
- [Closeout checklistA working list of the records to request before a project file is closed.](https://strillacommunications.com/resources/checklists/closeout-checklist)

## What's Included

- Handhole placement sized and load rated for the location and expected traffic
- Vault placement where equipment, slack storage or larger splice cases require it
- Sunshine 811 locate requests before every structure excavation
- Excavation, bedding, backfill and compaction around every structure set
- Grade and cover verified so lids sit correctly and drainage is not obstructed
- Make-ready field survey identifying what must move before attachment
- Make-ready documentation prepared so the pole owner can act on it
- As-built data captured in the field as installation happens, not reconstructed later
- Photo documentation keyed to location and taken before features are covered
- Daily production reports delivered at the end of each working day
- Restoration around all structures finished to the applicable permit standard

## Our Supporting Services Process

- 01 ### Plan access points against the route Handhole and vault locations set against pull tensions, splice points, slack needs and future access, then checked against right of way limits and drainage.
- 02 ### Survey the aerial dependencies Where the route goes overhead, field survey identifies make-ready requirements and documents them clearly enough for the pole owner to act.
- 03 ### Set structures and verify grade Excavate, bed, set, backfill and compact each structure, then verify grade, cover and lid seating before the site is closed.
- 04 ### Capture data at the point of installation Coordinates, depths, counts and photographs recorded while each feature is still exposed and verifiable.
- 05 ### Report daily and assemble the record Daily reports through construction, then the captured data assembled into the closeout package rather than gathered afterward.

## Capability Overview

| Access structures | Handholes and vaults across common polymer concrete and precast classes |
| --- | --- |
| Load ratings | Pedestrian through traffic rated, selected to the location |
| Placement planning | Set against pull tension, splice points and future access |
| Coordinate capture | GPS position recorded for every access structure |
| Photo record | Keyed to station or coordinate, captured before backfill |
| As-built formats | Client template accommodated where one is specified |
| Daily reporting | Delivered end of working day through active construction |
| Make-ready role | Survey and documentation support, pole owner performs the work |

## Supporting Services Services

- [Handhole PlacementHandhole placement planned against pull tension, splice points and right of way limits, set to grade and load rated for the location.](https://strillacommunications.com/services/supporting-services/handhole-placement)
- [Vault PlacementVault placement for splice cases, equipment and slack storage. Excavation, bedding, grade control and documented coordinates on every structure.](https://strillacommunications.com/services/supporting-services/vault-placement)
- [Make-Ready SupportField survey, documentation and coordination support for pole make-ready, with honest reporting when make-ready is the item holding your schedule.](https://strillacommunications.com/services/supporting-services/make-ready-support)
- [As-Built DocumentationAccurate as-built records captured in the field during construction, not reconstructed afterward. Coordinates, depths, photos and reconciled footage.](https://strillacommunications.com/services/supporting-services/as-built-documentation)
- [Daily Production ReportingEnd of day reports covering production, next day plan, field conditions and blockers, so progress is visible without anyone having to chase it.](https://strillacommunications.com/services/supporting-services/daily-production-reporting)

## Frequently Asked Questions

**Why does handhole placement need planning rather than field judgment?**: Because placement drives maintainability for the life of the plant. Spacing has to respect cable pull tension limits, locations have to sit inside the permitted right of way, and load rating has to match what will eventually drive over the lid. A box placed for the convenience of the installing crew often becomes a problem for every crew after them.

**What is the difference between a handhole and a vault?**: The distinction is practical rather than absolute. A handhole is a smaller access point used for pulling, splicing and routine access. A vault is a larger structure used where equipment, substantial slack storage or larger splice cases need to be housed, and where a technician may need to work inside it. Vault placement generally involves more excavation and more careful grade control.

**Do you perform the make-ready work itself?**: Make-ready on existing pole plant is generally performed by the pole owner or by attachers moving their own facilities. Strilla supports the process with field survey, documentation of what needs to move, and coordination, and reports honestly when make-ready is the item holding a schedule. Claiming otherwise would misrepresent who controls that work.

**Why capture as-built data during construction rather than after?**: Because buried plant stops being verifiable the moment it is covered. Depth, position and configuration captured while a feature is exposed are observations. The same values written a week later are recollections. The difference does not show up at closeout, it shows up years later when a locate comes back wrong and the record turns out to be approximate.

**What does a daily production report actually contain?**: Four items, kept short: the day's production in the contract's pay units, the plan for tomorrow, any condition that differed from what was expected, and anything blocking work along with who controls the fix. Photographs are added only where they show something text cannot. The format, units and recipient list are agreed before construction starts, so the report matches how your project is paid and managed.

**Can supporting services be contracted separately from construction?**: Yes. They are included by default in a full outside plant package, but documentation and access work can be contracted on its own where another contractor is performing the primary construction. Documentation-only engagements are also useful where an existing route was built without adequate records and an accurate picture is now needed.

**What load rating does a handhole or vault need?**: The rating should match the heaviest load the lid will realistically carry, as set by the project specification and the facility owner's standard. Many owners specify ANSI/SCTE 77 tier ratings for boxes that may see occasional vehicle traffic, and heavier traffic rated structures where vehicles cross deliberately. A box in a grassed strip and a box beside a driveway are different products, even on the same route.

**Do handholes and vaults in the right of way need a permit?**: Yes. Structures in public right of way are covered by the right of way use permit from the road owner: the city or county on local roads, and FDOT on state roads. The permit can control where the structure sits, how the surface is restored and what traffic control is required. A Sunshine 811 locate request is also required before any excavation under Florida Statutes Chapter 556.

**How does a high water table affect access structure installation?**: It means larger excavations often need dewatering, bedding has to drain and bear evenly, and backfill has to be compacted in lifts so the ground does not settle around the lid. It also raises the value of sealed conduit entries and duct plugs, because a structure in wet ground will hold water, and open ducts let that water and sand travel into the conduit.

**What should a closeout package include?**: The contract and the owner's standard set the exact list, but most include as-built drawings or data, bore logs with depth along each bore, a structure schedule with coordinates, conduit and cable records by segment, a photo log keyed to location, splice and test records where in scope, permit closeout documents and reconciled quantities. A good daily record means most of it exists before demobilization.

## Related Services

- [Directional DrillingTrenchless directional drilling for fiber and utility conduit across Volusia County and Central Florida, planned against verified locates and closed out with documented bore logs.](https://strillacommunications.com/services/directional-drilling)
- [Aerial Cable ConstructionPole line construction, strand placement, lashing, and aerial fiber installation with make-ready coordination and NESC clearance verification.](https://strillacommunications.com/services/aerial-cable-construction)
- [Fiber Splicing & InstallationFusion splicing, fiber placement, termination, and enclosure installation with bidirectional OTDR support and a recorded loss value for every fiber.](https://strillacommunications.com/services/fiber-splicing-installation)
- [Conduit InstallationHDPE duct, innerduct, and microduct placed by bore, trench, or plow, proofed with a mandrel, and made locatable with tracer wire and marker tape.](https://strillacommunications.com/services/conduit-installation)
- [System MaintenanceContract maintenance for aerial and underground plant: scheduled inspection cycles, optical testing, locating, and permanent repairs under one agreement.](https://strillacommunications.com/services/system-maintenance)
- [Emergency Service RestorationUnplanned repair work that puts a damaged fiber or conduit network back in service after a cut, a storm, or a failure, followed by permanent repair and a documented closeout.](https://strillacommunications.com/services/emergency-service-restoration)

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Source: https://strillacommunications.com/services/supporting-services