Hotspot and micro-crack detection across PV installations per IEC 62446-3. 640×512 thermal imaging. 10× faster than manual walkthroughs with a certified PDF report.
Official DIPUL/DFS airspace submission for the coordinates of the installation. Flight grid optimised at 60 m altitude with 80% image overlap — no area skipped.
02
Simultaneous thermal + RGB capture
The M4T's 640×512 thermal sensor and 48 MP RGB camera cover every module in a single autonomous pass. Two data streams at once — one flight, complete coverage.
03
IEC 62446-3 hotspot classification
A custom AI classifier identifies hotspots, bypass diode failures, and micro-cracks by temperature differential (ΔT). Each anomaly is severity-rated automatically: critical / minor / pass.
04
Report & portal delivery (48 h)
Standards-compliant PDF with module-level GPS coordinates, thermal images, and severity ratings, plus an interactive anomaly map. Your private client portal is live within 48 hours.
Imagery from the field
Nadir RGB capture: soiling and shading across the modules are visible at a glance.Thermal image of the same modules: a cell-level hotspot, clearly above ambient temperature.
Footage from the field
Clips from real missions — they play right here, and nothing loads until you click.
Thermal inspection of a roof-mounted PV array: the flight, the thermal imagery and the analysis, on video.25 Aug 2026 Watch on YouTube The same inspection, condensed — the quick overview.25 Aug 2026 Watch on TikTok
We prefer to communicate by email or WhatsApp. If you'd rather we call you, just note “call preferred” in your message and we'll get back to you as soon as possible.
Thank you for reaching out!
Your request has reached us. We'll get back to you within 24 hours with a fixed price.
