✈ FLY WITH ME Get Free Quote Fly With Me Aerial Photography LLC Aerial Solar Panel Thermography Pinpoint failing cells, bypass diodes, and wiring faults across your entire solar installation — in a fraction of the time and cost of manual inspection — using precision thermal imaging from above. Request an Inspection (208) 964-1195 Powered by DJI Matrice M30T Why Aerial Thermography Find Problems Invisible to the Eye Solar panels degrade silently. Hotspots, failing strings, and bypass faults don't show up on a production report until significant energy — and revenue — is already lost. Aerial thermography catches them early. ⚡ Maximize Energy Output Even one underperforming panel drags down an entire string. Thermal imaging identifies every fault so your system runs at peak efficiency. 🔥 Prevent Fire Hazards Hotspots reaching excessive temperatures can ignite rooftop materials. Early detection protects your property and investment. 📐 Cover Large Arrays Fast An M30T can survey hundreds of panels per flight hour. What takes a ground crew days, we accomplish in a single morning. 🛡️ No Panel Disruption Fully contactless inspection — no walking on panels, no disconnections, no system downtime. Inspection happens while your system generates power. 📄 Warranty & Insurance Support Detailed thermal reports with GPS-tagged imagery provide documented evidence for manufacturer warranty claims and insurance documentation. 💰 Protect Your ROI A compromised panel can lose 20–50% of its output. Regular thermography audits safeguard the financial performance of your solar investment. The Inspection Process How It Works A structured, professional workflow from planning to delivered report — designed to integrate seamlessly with your maintenance schedule. 01 Site Assessment We review your array layout, local airspace, and schedule the flight during optimal solar irradiance conditions (typically mid-morning to early afternoon). 02 Autonomous Flight The M30T flies a pre-programmed grid pattern, capturing simultaneous thermal IR and high-res RGB imagery of every panel at consistent altitude and angle. 03 Data Analysis Thermal anomalies are identified, classified by severity, and cross-referenced with RGB images to pinpoint exact panel locations within your array. 04 Delivered Report You receive a comprehensive PDF report with annotated thermal maps, GPS coordinates, anomaly classification, and prioritized maintenance recommendations. The Equipment DJI Matrice M30T The M30T is purpose-built for professional inspection — combining enterprise-grade thermal and optical sensors in one rugged, weather-resistant airframe. 🚁 M30T DJI MATRICE SERIES Enterprise inspection drone rated IP55 for dust and water resistance. Operates in winds up to 15 m/s and temperatures down to -20°C. Thermal Camera 640×512 IR sensor, –20°C to 550°C range Thermal Sensitivity <50 mK — detects sub-degree temperature differences Zoom Camera 48MP, 200× hybrid zoom for visual confirmation Wide Camera 12MP, 84° FOV for contextual RGB imagery Flight Time Up to 41 minutes per battery Wind Resistance Up to 15 m/s (Category 3) Weather Rating IP55 — dust and water resistant Operating Range Up to 15 km transmission LAANC / FAA FAA Part 107 certified operator Thermal Anomaly Detection What We Detect The M30T's LWIR thermal sensor identifies a full range of photovoltaic anomalies — many of which produce no visible symptoms until significant damage has occurred. 🌡️ Cell-Level Hotspots Individual cells overheating due to micro-cracks, shading, or manufacturing defects — the most common PV fault type. 🔌 Bypass Diode Failure Failed bypass diodes appear as warm rows across a module. If undetected, they can cause complete string failure. ⚠️ String & Interconnect Faults Loose connectors, corroded junctions, and string breaks that reduce current flow and output across affected circuits. 🧩 Delamination Separation of panel laminate layers traps moisture and creates localized heating visible in thermal imagery. 🌫️ Soiling & Shading Persistent soiling, bird droppings, or partial shading cause characteristic cool zones that reduce production efficiency. 🔲 Potential-Induced Degradation PID appears as performance loss across large areas — identifiable as systematic thermal patterns across panel rows. Who We Serve Ideal Clients We serve residential, commercial, agricultural, and utility customers throughout Southwestern Idaho and Eastern Oregon. Residential Rooftop Commercial Buildings Agrivoltaic Farms Utility-Scale Arrays Solar Installers Property Managers O&M Companies Insurance Adjusters What You Receive Your Deliverables Every inspection includes a complete, professional documentation package. Full-resolution thermal imagery of every panel High-resolution RGB visual photos GPS-tagged anomaly locations Annotated thermal map overlays Anomaly severity classification Prioritized repair recommendations Estimated energy loss per fault Professional PDF inspection report Ready to See What's Really Happening on Your Solar Array? Schedule your aerial thermography inspection today. Serving Boise to Baker City to Twin Falls — free quotes with no obligation. Get Your Free Quote Or call us directly: (208) 964-1195 | flywithmesdk@gmail.com © Fly With Me Aerial Photography LLC | Located in the Treasure Valley | fly-with-me.us | FAA Part 107 Certified