Quick Summary
- An electric cooperative drone program is an in-house or partner-supported effort to inspect co-op poles, spans, and equipment with drones, then turn the photos into repair work.
- Co-ops average 8.7 consumers per mile of line, compared with 38.9 for the rest of the industry, so every inspection dollar is spread across far fewer members.
- The best co-op programs plan around line miles: rank circuits by member impact, fly with the crews you already have, and report results in terms the board understands.
- Utileyes, drone inspection software for utilities, organizes photos by asset, flags misplaced images, and routes findings to crews.
An electric cooperative drone program uses drones to inspect a co-op's poles, lines, and hardware, then sends what the photos show to the crews who fix it. For most co-ops, the program succeeds or fails on one thing: how well it handles long, lightly loaded rural lines.
Utileyes is cloud-based drone inspection software for utilities, built by people who flew utility inspections. This guide looks at the co-op version of the problem. That means fewer members per mile, a member-elected board, and line crews who already wear several hats.
If you want the general launch steps, our guide on how to start a utility drone inspection program covers them. This post focuses on what is different when the utility is member-owned.
What is an electric cooperative drone program?
An electric cooperative drone program is a planned, repeatable way for a member-owned utility to inspect its system with drones. It covers who flies, which circuits get flown and when, how photos are reviewed and graded, and how findings become work orders. The goal is fewer outages and safer crews at a cost the membership can carry.
A co-op does not need a large aviation department to run one. Many programs start with a few trained linemen, one or two aircraft, and software that keeps photos tied to the right pole.
Co-ops are already using the technology. An NRECA Business and Technology Surveillance report found that about 300 co-ops were using some form of drone technology as of 2021. The report lists outage restoration, inspection and preventive maintenance, and grid hardening as the main uses.
Why does low line density change how a co-op plans a drone program?
Low line density means a co-op has many miles of line and few members paying for each mile. According to the NRECA co-op fact sheet, co-ops own and maintain about 2.7 million miles of distribution line, roughly 42% of the U.S. total, at 8.7 consumers per mile. Cost per mile, not per meter, is what matters.
Density changes almost every planning choice. Long radial feeders take longer to patrol on foot or by truck. Right-of-way can be remote or hard to reach. And a single failed insulator on a long tap can leave a whole valley in the dark.
| Planning factor | Typical co-op reality | What it means for the drone program |
|---|---|---|
| Members per mile of line | 8.7, vs. 38.9 for the rest of the industry (NRECA) | Track cost and time per mile inspected, not per member |
| Line crews | Small crews covering construction, maintenance, and outages | Train linemen to fly so inspections fit between other work |
| Territory | Long feeders, remote spans, limited road access | Use map-based flight assignment to cut drive time between poles |
| Governance | Member-elected board approves budgets | Report results as outages avoided, hazards found, and work completed |
The takeaway is simple. A co-op program should be judged on miles covered and problems fixed per crew day. Software that removes sorting and re-shooting time matters more on a long rural system than almost anywhere else.
Which circuits should a co-op fly first?
Start with the circuits where a failure hurts the most members or takes the longest to find. Good first candidates are long radial feeders with outage history, spans in remote or rough terrain, and lines in areas with fire or storm exposure. Flying these first shows value fast and builds the case for expanding.
A practical way to rank circuits is to score each one on three questions:
- Member impact: How many members lose power if this circuit fails?
- Patrol difficulty: How hard is it to see the hardware from the ground or reach it by truck?
- Known risk: Does this circuit have outage history, aging equipment, or hazard exposure?
Once you pick circuits, load them before anyone flies. Utileyes builds the asset map from KML or CSV files, or from asset points generated in flight. Supervisors then use a lasso tool on the map to assign pilots to specific poles and spans. You can see the full workflow on the How It Works page.
Who should fly for a co-op: linemen, a dedicated pilot, or a partner?
Most co-ops get the best results by training linemen who already know the system. Linemen recognize a cracked crossarm or a flashed insulator on sight, and they know the back roads. A dedicated pilot makes sense once flight volume grows. A partner can fill gaps during startup or storm season.
| Staffing model | Strengths | Watch-outs |
|---|---|---|
| Trained linemen | System knowledge, can fix what they find, no new headcount | Flying competes with outage and construction work |
| Dedicated in-house pilot | Consistent photo quality, steady inspection pace | One person becomes a bottleneck if they leave |
| Outside partner | Fast start, extra capacity for big pushes | Less control over standards and timing |
Every pilot flying commercially for a co-op needs FAA Part 107 certification. Treat the certificate as the floor, not the finish line. The skill that matters most is capturing the same photo set on every pole so reviewers can grade it quickly.
If your co-op has no drones yet, Utileyes helps teams get started through partners, including hardware recommendations and Part 107 training resources. For a deeper look at the in-house versus outsourced choice, read Outsourced DSP vs. In-House Drone Program.
What should a co-op show its board after the first season?
Show the board what members got for the money. That means circuits and poles inspected, the number and severity of defects found, how many were repaired, and how fast. Pair those numbers with two or three photo examples of hazards caught before they caused an outage. Boards respond to plain results.
Keep the report short and repeatable. A one-page summary each quarter works better than a long annual deck. Useful items include:
- Miles and poles inspected against the plan
- Findings by severity, such as outage risk, fire hazard, or safety priority
- Average time from photo to work order
- Repairs completed and repairs still open
Utileyes executive dashboards track coverage, anomalies, and efficiency in one view. Severity tags follow each utility's own standards, and findings export as CSV files compatible with ArcGIS and ESRI. That makes the board report a pull from live data rather than a weekend spreadsheet project.
A field-tested example of the workflow
Utileyes founders personally flew more than 10,000 utility inspections, and the leadership team brings 50+ years of combined utility operations experience. The software was built with utility linemen and drone pilots, around the problems they hit in the field.
Here is how that plays out for a co-op crew. A pilot drags and drops a day of photos into Utileyes. The software organizes each photo by GPS location and asset ID, and built-in QA flags mismatched or misplaced images during upload. A reviewer compares RGB and thermal images side by side, tags severity, and sends the finding to a crew. That path from photo captured to crew dispatched can take as little as 15 minutes.
Cost matters just as much for a member-owned utility. Running inspections in-house with Utileyes comes in at about 50% lower inspection cost than outsourcing to vendors. Utileyes also integrates with existing GIS and work order systems rather than replacing them, so the co-op keeps the tools it already pays for.
FAQ
How do you get board buy-in for a co-op drone program?
Tie the proposal to member outcomes: reliability, crew safety, and cost per mile inspected. Propose a limited first season on a few high-impact circuits, with clear measures you will report back. A small, measurable start is easier to approve than a system-wide plan.
How do you train linemen to fly drones?
Start with FAA Part 107 certification, then add hands-on practice on your own structures. Teach a standard photo set for each asset type so every pilot captures the same views. Pair new pilots with an experienced one for their first few circuits.
What drone should a co-op buy?
Match the aircraft to the inspection. Most distribution work needs a reliable camera with good zoom, and thermal capability helps for hotspot detection. If you are unsure, Utileyes partners can give hardware recommendations based on your inspection goals.
Can a co-op fly drone inspections in cold weather?
Yes, with planning. Cold weather drains batteries faster and can affect pilot dexterity, so keep spare batteries warm and plan shorter flights. Check the manufacturer's operating limits for your aircraft before winter work.
Does a co-op need new GIS or work order software to run a drone program?
No. Utileyes integrates with existing GIS and work order systems and exports CSV files compatible with ArcGIS and ESRI. Your co-op can keep its current systems and add drone inspection data on top. The Utileyes FAQ covers more setup questions.
Plan for miles, not meters
An electric cooperative drone program works best when it is built around the realities of rural lines: long feeders, small crews, and a board that answers to members. Start with high-impact circuits, fly with the people who know the system, and report results in plain terms.
Want to see how Utileyes fits your co-op's territory and crews? Schedule a demo.
