Drone Inspection Program¶
Aerial inspection using drones provides Wadadli Solar with a significant operational advantage — faster array coverage, safer access to large commercial rooftops, and thermal imaging from angles impossible from ground level.
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FAA Part 107 Pathway
Requirements, study resources, and the path to becoming a licensed drone pilot.
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Drone Safety
Pre-flight, operational, and post-flight safety protocols.
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Rooftop Imaging
Flight patterns, altitude, camera settings, and coverage standards for rooftop solar inspection.
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Thermal Workflows
Thermal camera integration, flight conditions, and data interpretation for aerial thermal inspection.
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Inspection Photography
Photo standards, naming conventions, and deliverable requirements for drone-captured imagery.
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Career Pathways
How drone certification and aerial inspection capability accelerates career development.
Why Drones for Solar Inspection?¶
| Traditional Ground Inspection | Drone-Assisted Inspection |
|---|---|
| Panel-by-panel on roof | Full array visible in minutes |
| Limited thermal angles | Optimal nadir or oblique thermal angles |
| High physical demand | Less physical load on technician |
| Risk of roof access | Reduced time on roof |
| Sequential — panel by panel | Simultaneous array coverage |
Drones do not replace on-roof inspection entirely — physical inspection, connector checks, and equipment hands-on work still require rooftop access. Drones accelerate the discovery phase.
Part 107 Requirement¶
Legal Requirement
Operating a drone commercially in the US — including for commercial solar inspection — requires an FAA Part 107 Remote Pilot Certificate. Flying without this certification for commercial purposes is illegal.
All Wadadli Solar technicians operating drones must hold a current Part 107 certificate.