Telecom
with the details that matter.
Central offices, headends, equipment rooms, and tower compounds. We pair the capture method to the way your team will use the result.
What needs to be
measured first?
Central offices and equipment rooms fill up faster than their documentation is updated, so the recurring question is whether a new cabinet, cable run, or cooling unit will physically fit. Scanning settles it, and tower compounds and generator yards can be mapped from the air in the same visit.
Every facility has a different risk surface. We start with access, geometry density, and the decision the capture needs to unlock — then choose between laser scanning, drone mapping, or both.
Talk through a scope- Central offices
- Headend facilities
- Equipment rooms
- Cable trays
- Tower compounds
- Generator yards
Capturing a central office, headend, or tower compound
Telecom space fills up faster than its documentation gets updated, so the recurring question is a physical one: will the new cabinet, cable run, or cooling unit actually fit. The capture order runs the way the cable does, from the entry point inward.
Entrance facility and cable vault
Entry ports, ducts, the vault or entrance room, and the path cable takes from there into the building. New fiber entering a full building is limited by port availability and vault space long before it is limited by anything in the equipment room.
Lineups and superstructure
Rack and cabinet rows, aisle widths, frame heights, and the cable rack, ladder, and superstructure above them. Aisle geometry and superstructure elevation determine whether a taller cabinet can go where the floor plan says there is space.
Overhead congestion
Cable racking with decades of accumulated runs, ductwork, lighting, sprinkler, and the seismic bracing tying it together. The ceiling zone in a mature central office is normally the most congested volume in the building and the least documented.
DC power plant and batteries
Rectifier and distribution frames, battery strings and their racks, cable routing from plant to lineup, and the clear space around it all. Power plant expansion is usually the first thing a growth plan collides with.
Compound, shelters, and generator
Tower compound layout, shelters and cabinets, generator and fuel storage, ice bridge and cable routing, and the fence and access. Aerial capture covers the compound and the structure from a standoff without anyone climbing anything.
Live sites, escorts, and no cameras
Telecom sites never go down, so everything happens around live equipment. Access is escorted, badging and site orientation are normal prerequisites, and the working rule inside a lineup is that nothing gets touched or moved — no cable pushed aside for a better view, no door opened that was not opened for us. Aisles are narrow enough that setups have to be planned rather than improvised, and a tripod position that blocks an aisle for a technician is a problem even for the few minutes it takes.
Photography restrictions are common and worth resolving before mobilization, because a scanner that also captures imagery has to comply with whatever the site allows. Around towers and rooftop antenna installations there is a further constraint: work near active transmitters is governed by exposure rules and by the site's own procedures, which decide how close anyone can get and whether transmitters need to be down. That conversation belongs with the site owner well ahead of the visit.
More on how this works in practice is on our guide to scanning without a shutdown.
Deliverables for space and power planning
Most telecom captures answer a capacity question rather than a design question, and the deliverable should match that. Rack-level drawings are usually more useful day to day than a full building model.
| The decision | What to ask for | Why that one |
|---|---|---|
| Adding cabinets or a new lineup | Point cloud plus a dimensioned floor plan and rack elevations | Available floor space, aisle width, and superstructure height are the numbers the decision turns on. |
| Cooling or power plant upgrade | Point cloud with modeled services in the affected rooms | New ducting and cable routing have to be coordinated against an already congested ceiling zone. |
| Building or site records | Registered cloud plus as-built plans | A current record of a site nobody has drawn accurately in twenty years pays for itself across every later project. |
| Compound and structure documentation | Aerial capture, orthomosaic, and site plan | Compound layout, cable routing, and equipment positions are recorded without anyone climbing the structure. |
Formats and what each one is good for are covered on the deliverables page.
What gets missed in equipment rooms
- Only capturing at floor level — The congestion that stops a project is above the racks, not between them. Without deliberate setups aimed at the superstructure and ceiling zone, the survey documents the easy half of the room and leaves the difficult half to be discovered on site.
- Assuming lineups are on a grid — Frames are added over decades, and the row that looks regular on a floor plan is frequently not parallel, not evenly spaced, and not aligned with the room. Planning a new lineup against the drawing rather than the building is how a row ends up one frame short.
- Abandoned cable counted as clear space — Racking full of dead runs looks identical to racking full of live ones in a point cloud. What is retired and what is in service is knowledge that has to come from the site, and it changes the answer to almost every capacity question.
- Expecting floor loading from a scan — A capture records where equipment is and how much room is left, not what the floor can carry. Battery and cabinet loading is a structural assessment, and it needs a structural engineer working from the building's own records rather than from geometry.
What network and facilities teams ask
Can you scan a live central office?
Yes — live is the normal condition, and the capture is passive. The constraints are practical rather than technical: escorted access, narrow aisles, nothing moved or touched, and setups planned so a technician is never blocked. What we ask for is a walk of the rooms in scope so the route is agreed before the equipment comes out of the case.
Will this tell us whether a new cabinet fits?
That is the most common reason these rooms get captured. The data gives you floor space, aisle clearance, superstructure height, and the real position of everything around the proposed location — which together answer the fit question far more reliably than a floor plan that has not kept pace with the room.
Our site does not allow photography.
Then that has to be settled in the scope, because instruments that capture imagery alongside geometry have to comply with the same rule. Capture can be configured for the site's restrictions, and the resulting limitations on the deliverable are stated up front rather than discovered when someone reviews the files.
Can you document a tower compound without climbing?
Compound layout, shelter and cabinet positions, cable routing, generator and fuel locations, and the structure itself can be captured from the ground and from the air. Anything requiring close inspection of mounts or antennas is a different discipline with its own qualifications, and work near active transmitters is governed by the site owner's exposure procedures.
Pair TLS interiors with drone exteriors for one coordinate story.
Roof, yard, tanks, structures, and the building envelope can live in the same project handoff when the control is planned upfront.
See existing conditionsMake the invisible
measurable.
Tell us what is inside, outside, and on the line. We will help you scope the capture and the handoff — in New York, New Jersey, or Connecticut.
Request a scan quote