Three ways to inspect, compared on cost
Inspection cost is more than a price per pole. Labor, repeat fees, data cleanup, and the cost of waiting on findings all add up. Here is how the three main inspection models compare.
Utility drone inspection cost depends on structure count, inspection frequency, labor rates, and who flies. For recurring programs, flying in-house usually delivers the lowest cost per pole because provider fees go away and labor hours drop.
Utilities flying in-house with Utileyes cut inspection costs by 50% or more compared to outsourcing, with 85% less manual processing time and findings ready for dispatch in as little as 15 minutes.
Lower inspection costs compared to outsourcing
Less manual processing time
Fewer data organization errors
From image capture to actionable report
Each row is a cost driver utilities should price out before choosing how to inspect.
Crew hours are usually the largest line item in any inspection budget.
Crews inspect poles one at a time from the ground or a bucket truck, so labor scales with every pole.
Provider pilots and analysts are priced into a per-pole or per-mile rate.
One pilot captures many poles per flight, and auto-sorted photos mean 85% less manual processing time.
Inspections repeat on a schedule, so per-cycle cost compounds over years.
Each cycle requires the same crew hours and truck rolls.
The provider rate applies every time the system is inspected.
Utileyes customers cut inspection costs by 50% or more compared to outsourcing.
Defects that wait weeks for a work order can turn into outages or ignition risks.
Field notes are compiled into reports before work orders exist.
Results arrive after the provider processes and writes them up.
Photo to dispatch, depending on inspection complexity.
Office time spent reformatting results is a hidden cost in every model.
Findings are typed into systems by hand after the patrol.
Delivered reports may need rework to fit your GIS or work order system.
Findings export into your GIS or work order system at any stage, with 95% fewer data organization errors.
Vehicles, climbing, and time near energized equipment carry cost and risk.
Crews drive to and access each structure in person.
Field exposure shifts to the provider crew.
Drones capture structures from a safe distance, reducing climbs and bucket truck trips.
The one category where an in-house program asks for upfront investment.
Uses existing crews and vehicles.
No pilots, drones, or certifications needed on your side.
Pilots need FAA Part 107 certification. Utileyes works with drones you already own, and most users are proficient in less than a day.
Utileyes figures reflect published platform metrics. Actual costs vary with system size, inspection frequency, labor rates, and terrain.
Eight factors decide what any inspection model costs your utility.
Distribution poles and transmission structures set the total volume to inspect.
A five-year cycle and an annual cycle produce very different yearly volumes.
Salary, benefits, vehicles, PPE, and training for every person in the field or office.
Field capture speed and desk review speed decide total labor hours.
Usually priced by volume, such as per pole, per mile, or per project.
Hours spent sorting photos and fixing mismatches before inspection can start.
Missed or mismatched photos that send pilots or crews back out.
Outage minutes, fire risk exposure, and insurance premiums tied to inspection quality.
Five steps put traditional patrol, drone inspection services, and an in-house program on the same cost-per-pole basis. Bring your numbers to a demo and we will walk through them with you.
Divide total poles and structures by your inspection cycle length to get poles per year.
Multiply crew hours by your loaded labor rate, or total your provider invoices for one cycle, then divide by poles inspected.
Add pilot hours, inspector hours, and software cost for the same volume, using flight and review speeds rather than ground patrol speeds.
Include outage minutes, fire risk reduction, and insurance impact where your utility tracks them.
Put all three models on a cost-per-pole basis to see the real difference over a full cycle.
Cost depends on how many structures you inspect, how often, your labor rates, and whether you fly in-house or hire a provider. For recurring programs, in-house drone inspections usually have the lowest cost per pole. Utileyes customers cut inspection costs by 50% or more compared to outsourcing.
Utility inspection software is commonly priced by volume, such as a price per pole or structure inspected. Ask what is included, how pricing scales with system size, and whether there are separate fees for storage, users, or exports. Request a demo for Utileyes pricing based on your system size.
For most utilities, yes. A drone pilot captures more poles per hour than a ground crew, and automated photo organization cuts desk time, which lowers labor hours per pole. Drones also reduce truck rolls and climbing, which carry their own cost and safety exposure.
The biggest are fees that repeat every cycle, office time spent reformatting delivered reports, and the cost of waiting weeks for findings while defects stay in the field. Re-flights and limited control over severity standards can add more.
For utilities with recurring inspection cycles, an in-house drone program supported by software that automates photo organization and QA is typically the most cost-effective. It removes per-cycle provider fees and cuts the manual processing time that drives labor cost.
