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 solar park coordinates. Flight grid optimised at 60 m altitude with 80% panel overlap — no area skipped.
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Simultaneous thermal + RGB capture
The M4T's 640×512 thermal sensor and 48 MP RGB camera cover every panel in a single autonomous pass. Simultaneous data streams — one flight, complete coverage.
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IEC 62446-3 hotspot classification
Custom AI classifier identifies hotspots, bypass diode failures, and micro-cracks by temperature differential (ΔT). Each anomaly automatically severity-rated: critical / minor / pass.
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Report & portal delivery (48 h)
Standards-compliant PDF with panel-level GPS coordinates, thermal images, and severity scores. Interactive Leaflet.js anomaly map. Private client portal 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
