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Solar Farm Inspection Drone Log

Mission log for solar O&M inspection pilots: flights, batteries, blocks / anomalies found and outcomes — the per-job record this industry audits.

Thermal work has physics constraints worth logging — irradiance above ~600 W/m², stable conditions, sun angle — because anomalies found outside those windows get disputed.

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Missions
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Flight minutes
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Missions, last 90 days
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Sites/clients

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⚠️ Not for operational decisions. This is a record-keeping and planning aid only — not certified avionics, not a source of regulatory truth. Always verify against official sources (FAA) and your operator's approved documents before flying.

Free solar farm inspection drone log for solar O&M inspection pilots: missions with blocks / anomalies found, flight time, batteries and outcomes — structured the way this industry's clients audit.

About Solar Farm Inspection Drone Log

In this niche, thermal solar inspection finds hotspots, string outages and soiling at a fraction of walking cost; O&M contracts specify inspection cadence and anomaly-report formats. The discipline that separates professionals: thermal work has physics constraints worth logging — irradiance above ~600 W/m², stable conditions, sun angle — because anomalies found outside those windows get disputed. This log captures each mission with the industry's own keys — blocks / anomalies found — alongside flight time, batteries and outcome, with 90-day activity and per-client tiles maintained automatically. The export reads like the vendor record your clients' compliance and audit processes expect.

How to use Solar Farm Inspection Drone Log

  1. 1Log each mission right after landing — keys, duration, outcome.
  2. 2Mark partials and aborts honestly; they drive refly scheduling.
  3. 3Export per client or per period when audits and invoices ask.

Why use Solar Farm Inspection Drone Log?

  • Industry-keyed fields: blocks / anomalies found
  • Outcome tracking including aborts — refly planning built in
  • 90-day activity and per-client tiles maintained automatically
  • Encodes the discipline: thermal work has physics constraints worth logging
  • CSV export = the vendor record clients audit

Frequently asked questions

What conditions make solar thermal inspection results defensible?+

Industry practice (IEC TS 62446-3 territory): irradiance at or above roughly 600 W/m², clear stable skies, sensible sun elevation, and dry modules — outside those, thermal signatures mislead and O&M teams contest findings. Logging the conditions per mission alongside anomaly counts (this tool's structure) makes your anomaly report audit-proof and your re-fly decisions honest when conditions were marginal.

How does this log interact with my regulatory flight log?+

They're complementary layers: your regulatory log (Part 107-style records, permission references) proves the flights were legal; this mission log proves they were professional — deliverables, findings, outcomes in the client's own vocabulary. Many operators export both for the same audit. Keeping them separate keeps each clean; keeping them both is what enterprise clients increasingly specify in vendor agreements.

What happens to my entries if I clear my browser?+

Clearing site data deletes locally stored entries — that's the price of a genuinely private, server-free design. Protect yourself with the one-click CSV download before any cleanup, OS reinstall or device change: re-importing history later beats reconstructing it from memory.

How do I back up or print these records?+

Use the Export CSV button below the table: it downloads your full mission history as a spreadsheet-ready file. From there you can print a clean copy, archive it with your records folder, or import it into any other system. Exporting monthly is a good habit since the working data lives only in your browser.

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