A realistic aerial placement rate is about 1,800 to 4,000 feet of fiber per crew per day. The Fiber Broadband Association’s 2025 cost survey reported a median of about 1,800 feet for crews of three or fewer and about 4,000 feet for six-person crews, and 51% of aerial crews in that survey placed less than 2,000 feet a day. On a suburban route with close pole spacing, traffic and frequent drops, plan near the lower half of that range until your own crews prove otherwise.
Where do these numbers come from?
The best public data is the Fiber Broadband Association and Cartesian Fiber Deployment Cost Annual Report 2025. Respondents gave typical crew size and daily footage for projects in 38 states, split roughly evenly across urban, suburban and rural builds. The report calls the link between crew size and pace “modest” and “not definitive.” The figures are self-reported and not broken out by setting.
Other published figures run much higher, and they measure something different. Cable makers ZTO and Hengtong quote 2 to 5 kilometers a day for lightweight ADSS, which is roughly 6,600 to 16,400 feet. Draftech, an engineering firm, puts overlashing at 600 to 900 feet per hour on unobstructed spans. Those describe cable moving under good conditions. The survey reflects typical working days, so it is the safer base for a schedule.
How much does make-ready status change the rate?
More than anything else here. A crew cannot lash on poles that have not been released, so the pole owner often sets the real pace. In the FBA report, respondents named make-ready and permitting as the main sources of unexpected cost, with some make-ready estimates running above 150% of the construction budget.
Under the federal pole attachment rules (47 CFR 1.1411), the utility has 45 days to survey, 14 days to estimate, and 30 days to finish make-ready in the communications space. Work above the communications space gets 90 days, and larger orders get longer. Draftech reports that simple aerial routes average 90 to 120 days from pole loading analysis to construction authorization, and complex routes often pass 180 days. Build the schedule from the pole release plan, then apply the crew rate.
Does pole spacing matter on a suburban route?
Yes. Corning’s lashing procedure requires the crew to stop and transfer the lasher around every pole. More poles per mile means more stops per thousand feet. NCTA uses 20 poles per aerial mile as a rural planning figure, which works out to spans of about 264 feet. Draftech advises budgeting crew time conservatively on urban routes with 80 to 100 foot spacing. Suburban routes usually fall between those two, so they cost more time per foot than open rural line.
Is lashing to existing strand, new strand or ADSS faster?
Overlashing skips placing a new messenger, which Corning notes is its main appeal. Draftech says it slows to 200 to 400 feet per hour on congested poles. New strand adds a separate pass to place and tension the messenger before any cable goes up.
ADSS needs no strand or lashing. The FBA report found a higher median installed cost for ADSS ($8.23 per foot) than strand and lash ($7.20 per foot), but notes ADSS is generally understood to need less make-ready. No independent survey we found reports ADSS daily footage separately, so the faster vendor figures remain unverified.
Moving reel or stationary reel?
Corning’s procedure says the moving reel method “offers production and cost advantages” because no cable blocks are needed and fewer ground crew are required. It also requires vehicle access on the placement side and a route clear of tree limbs, guy wires and other obstructions. Rear-lot pole lines and mature trees push suburban footage into slower stationary reel work.
How do crew size, bucket trucks and traffic control factor in?
In the FBA survey, 77% of aerial respondents used crews of five or fewer. Corning’s procedure assumes bucket trucks are on site. Without them, cable and lasher go up by hand line from a ladder or the pole. On suburban streets, barricades and warning signs have to be in place before work starts, and that setup time comes out of placement hours.
Do drops, weather and permits slow it down?
They do. If the placement crew also handles drop or terminal work, those hours come off the day’s footage. The FBA report tracks drops as a separate cost line for that reason. For weather, FHWA’s corridor planning model sets aside two weather days per month, and the FBA report notes delays cost more where construction windows are short. Permitting averaged about 10% of project cost in the FBA survey, and respondents said the delays did more harm than the fees.
Is placed footage the same as completed footage?
No. Placement means cable lashed or hung on the poles. Completed footage also includes splice closures, slack storage, splicing and testing, and those steps run on their own crews and timelines. A route can show 100% placed and still be weeks from service. Track the two separately.
What rates are reported for each condition?
| Condition | Reported rate | Source |
|---|---|---|
| Aerial crew of 3 or fewer, median | About 1,800 ft per day | FBA and Cartesian 2025 |
| Aerial crew of 6, median | About 4,000 ft per day | FBA and Cartesian 2025 |
| Aerial crews below 2,000 ft per day | 51% of respondents | FBA and Cartesian 2025 |
| Overlash existing strand, clear spans | 600 to 900 ft per hour | Draftech |
| Overlash existing strand, congested poles | 200 to 400 ft per hour | Draftech |
| Lightweight ADSS, two-person crew (vendor claim) | 2 to 4 km per day | ZTO Cable |
| Lightweight ADSS (vendor claim) | 4 to 5 km per day | Hengtong |
| Simple make-ready ahead of placement | 40 to 60 poles per day | Draftech |
FAQ
Is 4,000 feet a day realistic for a suburban aerial crew? It is the FBA survey median for six-person crews across all settings. Suburban routes usually run lower, so treat it as a good day, not a planning average.
Is ADSS faster to install than strand and lash? Vendors say so, since there is no strand or lashing. No independent survey we found reports ADSS footage separately, so treat vendor rates as a best case.
How long after pole applications go in can an aerial crew start? Federal rules allow 45 days for survey, 14 for the estimate and 30 for communications space make-ready, with longer periods for large orders. Draftech reports simple routes average 90 to 120 days from loading analysis to authorization.
Should splicing be scheduled at the same rate as placement? No. Splicing, closures and testing are separate work with their own crews and pace. Schedule placed footage and completed footage as separate lines.
Sources
- Fiber Broadband Association and Cartesian, Fiber Deployment Cost Annual Report 2025
- Corning Cable Systems, Standard Recommended Procedure 005-010, Lashed Aerial Installation of Fiber Optic Cable, Issue 11
- 47 CFR 1.1411, Timeline for access to utility poles (Cornell LII)
- Draftech International, Overlashing Fiber Cable on Existing Strand
- Draftech International, Make-Ready Engineering Timelines
- NCTA, Speed Access to Poles to Get 100% of the Country Connected Faster
- FHWA, Rural Interstate Corridor Communications Study, Appendix A
- ZTO Cable, Low-Cost Rural FTTx Deployment Using ADSS
- Hengtong, Why Use Aerial Lashing Fiber Optic Cable
Patriot Broadband Technologies builds aerial outside plant for ISPs, carriers and electric co-ops, and our scope is on the outside plant construction page.