Drone power line inspection in Jordan covers transmission (110 kV, 132 kV, 230 kV, 400 kV) and distribution networks with RGB and radiometric thermal scans — finding hot conductors, faulty insulators, loose splices and vegetation breaches faster, safer and cheaper than ground patrols or helicopter sorties. Loyalty Drones supports NEPCO-grade workflows with BVLOS-ready capability.
What we inspect on a typical sortie
- Conductor hot spots (overloaded phases, deteriorating splices, ACSR damage).
- Insulator condition — cracks, contamination flashover risk, broken sheds.
- Tower structure — corrosion, missing hardware, bird-nest interference.
- Vegetation right-of-way — encroachment within statutory clearance.
- Lightning arrestors, jumpers, dampers.
- Substation connections at line termination.
Why it beats traditional inspection
| Method | Coverage / day | Safety | Detail |
|---|---|---|---|
| Climber + binoculars | 5–10 km | High personal risk | Tower-focused |
| Helicopter patrol | 50–100 km | Crew risk | RGB/IR, expensive |
| Multirotor drone | 10–20 km | No live exposure | Component-level |
| Fixed-wing BVLOS drone | 50–200 km | No live exposure | Corridor + components |
The deliverable to the asset team
- Geo-tagged RGB photos of every tower and span.
- Radiometric thermal scan of conductors and joints under load.
- Anomaly list — severity, temperature delta, GPS, tower ID.
- Vegetation breach map (LiDAR optional for thick corridors).
- Action priority — Critical / Major / Minor with photo evidence.
Inspection cadence we recommend
- Annual baseline scan of every transmission line in service.
- Pre-summer thermography before peak load season.
- Post-storm sweeps within 72 hours of severe weather.
- Construction-of-new-line acceptance at commissioning.
- Targeted re-scans of areas with prior anomalies.
Working safely around live HV lines
Drone inspection of energised lines requires clearance distances, calibrated GPS hold, redundant control links and an emergency procedure for line-strike avoidance. We comply with IEEE 1631/1894-style standoff rules, document every flight, and pilots are trained to electrical-safety standards. The line stays live during inspection — no outage required.
BVLOS for long transmission corridors
For multi-kilometre corridors a multirotor is slow. Our fixed-wing VTOL operates BVLOS along a planned corridor at altitude, capturing high-resolution oblique imagery, then a multirotor returns for close-visual thermal on the highest-priority spans flagged by the corridor pass. This two-tier approach is the fastest way to scan a Jordan-scale transmission network.
Cost in Jordan (indicative)
Multirotor close-visual + thermal: 100–180 JOD per km. Fixed-wing BVLOS corridor: 60–100 JOD per km. Full network annual contract pricing available. All include report, anomaly list, and IEEE-aligned thermography deliverables.
Why Loyalty Drones
We hold the payload mix and the BVLOS clearance Jordan’s transmission operators need. Related: thermal inspection, BVLOS operations and drone inspection.
Frequently Asked Questions
Does the line have to be de-energised for drone inspection?
No. The line stays live — drone keeps statutory clearance, and thermal anomalies are visible only under normal load.
Can drones inspect 400 kV lines safely?
Yes — with the right standoff distance and trained pilots. We work to international electrical-safety standoff guidelines.
How accurate is the thermal anomaly localisation?
±2 °C on temperature, GPS tower ID on location, span and phase identified in the report.
Can drones detect partial discharge or corona?
Yes — with a UV-corona payload alongside thermal IR. This is a specialised add-on for line condition surveys.
Get a Quote From Loyalty Drones
Loyalty Drones is a CARC-licensed, insured Jordan drone operator. Contact us for a written quote within 24 hours, or visit the homepage for recent work.
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