drone inspection services

Thermal Solar & Rooftop Drone Inspections Illawarra

About Thermal Drone Inspection Services

Professional Drone Imagery provides thermal drone inspections for commercial rooftops, industrial sites and larger solar assets. These services combine visual and thermal capture to help identify visible damage, heat anomalies and maintenance concerns with less disruption than many traditional access methods

Offer: Complementary Site Inspection for New Routine Inspection Clients

Thermal insurance drone services ideal for:

Solar installation and maintenance companies, facilities teams, electricians and commercial property owners needing safer visibility across rooftop or high rise solar assets.

How thermal drone inspections improve solar checks

Thermal drone inspections help improve solar inspection efficiency by scanning large panel areas quickly, reducing labour requirements and highlighting hotspots or visible faults that may affect output and energy performance.


This gives asset owners and facilities teams a safer, non-destructive way to review system condition and target maintenance without relying only on slower manual checks.

Thermal image of two large solar panels mounted side by side on a roof.

What thermal inspection services can include

Thermal drone inspection services can include solar image capture, RGB imagery, panel layout review, defect-focused photography and condition records for maintenance teams, asset managers, certified Level 2 electricians or solar repairers.


Reporting can include spot-temperature highlights, image-based findings and clear visual records that support further review, fault investigation, maintenance planning and repair decisions.

Aerial view of a suburban road lined with houses, buildings, and parked cars on a sunny day

How thermal inspection data is used

Thermal solar inspections are flown using a DJI Mavic 3 Thermal Enterprise, with the controller displaying live temperature readings and AI-assisted markers for areas of interest.


After the flight, thermal and visual files are processed in DJI Thermal Analysis 3.0, which generates a temperature-based report highlighting hotspots, temperature ranges and points of concern that can then be reviewed by the appropriate qualified electrical or solar professional.

Construction crew in safety vests and hard hats gathered on a site beside equipment and building materials.
Thermal and visible view of solar panels, showing hot orange areas and gray panel grid lines.
Thermal image of solar panels with hail damage

What thermal  drone solar inspections can help identify

  • Visible panel damage and cracked surfaces
  • Heat anomalies and hotspot areas
  • Surface buildup, soiling and debris patterns
  • Changes that support preventative maintenance planning
  • Post-maintenance and condition comparison records
  • Nearby equipment and associated asset visibility
  • Efficient review of larger rooftop or site-wide solar arrays
  • Reduced risk by limiting work at heights during early-stage

Thermal Drone Services During Each Phase

Pre-Construction Development

Site Design & Tracking: High-resolution aerial mapping provides complete visibility over complex terrain layouts, ensuring flawless pre-construction planning.


CAD-Ready Outputs: High-quality imagery integrates smoothly into CAD and solar design tools, turning real-world site imagery into accurate layout blueprints.


Time Savings: Visual baseline planning minimizes design errors, reducing overall development bottlenecks before construction crews even arrive on site.


Construction Phase Support

Progress Monitoring: Track civil works and layout changes using digital terrain mapping overlaid with your CAD blueprints.


Visual Asset Counting: Instantly verify the volume of installed tracking systems, solar modules, trenches, and cabling.


Quality Control: Audit project milestones and construction quality remotely without putting boots on the ground.


Competitive Tendering: Leverage highly accurate historical site data to quote sharper and win more solar contracts.


Site Acceptance Testing: Deploy thermal scans to find installation defects and secure final project sign-off safely.


Maximising Operational Yield

Efficiency Inspections: Deploy aerial thermography to pinpoint micro-cracks, diode failures, and physical damage impacting your daily megawatt generation.



Cost-Reducing Maintenance: Shift from reactive firefighting to proactive, scheduled servicing to preserve capital and optimise field technician hours.


Strategic Performance Reports: Convert visual and thermal site data into detailed anomaly logs, giving your asset managers the insights needed to protect investments and hold EPCs accountable.


Drone-Powered Site Acceptance Testing (SAT) for Utility-Scale Solar Arrays


Are you preparing for a major solar plant handover?

Ensure your investment meets contractual specifications from Day 1. Our enterprise-grade DJI Mavic 3 Thermal (3T) drone services accelerate your Site Acceptance Testing (SAT), drastically reducing inspection times while identifying sub-cellular defects that ground crews often miss.

Why Incorporate Drone Thermography into Your Solar SAT process?


Traditional, manual SAT procedures rely heavily on spot-checking string voltages and IV-curve tracing. While essential, these methods can leave up to 85% of your panels uninspected for physical or thermal anomalies.


Our drone-based SAT support delivers 100% array coverage, providing a comprehensive thermal and visual baseline of your entire asset before final project sign-off.


  • Accelerated Commissioning: We scan hundreds of megawatts in days, not weeks, helping you meet strict commercial operation deadlines (COD).


  • 100% Visual & Thermal Verification: Every single module is mapped, logged, and checked for post-transportation damage or installation errors.


  • Contractual Protection: Validate that EPC performance metrics are fully achieved before issuing final payment.

What We Inspect During the SAT Process


Equipped with a high-resolution thermal sensor and high-powered hybrid zoom, our drone detects a wide spectrum of commissioning faults across the entire site:


  • Sub-Cellular Defects: Identification of micro-cracks, cracked cells, and fracturing sustained during shipping or installation.


  • Electrical Infrastructure Faults: Fast spotting of open strings, reversed polarity, failed bypass diodes, and overheating combiner boxes.


  • Installation & Environmental Anomaly Identification: Localisation of heavy soiling, severe racking shadows, or physical debris blocking sunlight.

Our Deliverables: Day-1 Baseline


We don't just fly; we deliver actionable, commercial-grade insights. Upon completion of the SAT support phase, you receive:


  • High-Resolution Thermal & Visual Mapping: Stitched, high-detail imagery showing the exact health and layout of your solar array.


  • Day-1 Baseline Record: A permanent visual and radiometric archive to compare against future annual maintenance or warranty claims.


  • Prioritised Anomaly Report: A clear breakdown of every defect identified, providing your ground teams with a clear roadmap to locate and fix problematic panels quickly.

Contact Our Thermal UAV Experts Today to Schedule Your Thermal Drone Inspection Support today.