Drone checklist 10 items

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Drone checklist 10 items

드론의 모든 것 2025. 11. 21. 22:17

A robust “drone checklist 10 items” standardizes safety, quality, and data integrity across missions by combining a concise “drone pre‑inspection 5 items,” actionable “drone post‑flight 4 maintenance,” a disciplined “drone firmware 2 backups,” a repeatable “drone log 3 analysis routine,” and a fail‑safe “drone accident 5 recovery procedure” into one field‑ready SOP used before, during, and after every sortie.sphengineering+1

Drone pre‑inspection 5 items

Airspace and mission plan: Confirm airspace authorizations, NOTAMs, weather, RTH altitude, and reserve battery landing margin; load the mission plan and brief abort points as the first pillar of the “drone pre‑inspection 5 items”.sphengineering
Airframe and propellers: Inspect arms, screws, dampers, and props for cracks, nicks, or looseness; replace questionable blades to prevent in‑flight failures under the “drone pre‑inspection 5 items”.heliguy
Power system and batteries: Verify cycle count, voltage, temperature, and balance; carry spares in safe charge state and confirm connectors are clean within the “drone pre‑inspection 5 items”.sphengineering
Control link and sensors: Check RC link, GNSS/RTK lock, compass/IMU status, and absence of app errors; validate home point and RTH behavior in the “drone pre‑inspection 5 items”.sphengineering
Payload and storage: Secure camera/sensor mounts, format cards, and set exposure/focus; confirm any special payloads are locked and cables are strain‑relieved to complete the “drone pre‑inspection 5 items”.sphengineering

Drone post‑flight 4 maintenance

Clean and inspect: Remove dust, bugs, or salt; look for impact marks, loose screws, or hot motors as the first action in “drone post‑flight 4 maintenance”.flyingmag
Battery care: Let packs cool to ambient, log cycles, and store around 50% state of charge; isolate any swollen or damaged batteries per “drone post‑flight 4 maintenance”.flyingmag
Data handling: Offload media and flight data to a secure drive and verify checksums; never wipe cards before confirming integrity in “drone post‑flight 4 maintenance”.mydroneservices
Findings to backlog: Record anomalies and create action items for repairs or calibrations before next use, closing the loop on “drone post‑flight 4 maintenance”.soldrones

Drone firmware 2 backups

Config and parameter export: After stable tuning, export controller settings/profiles and radio model memories to a versioned repository—the first habit in “drone firmware 2 backups” for quick restoration.dronedesk
Image and rollback plan: Maintain a known‑good firmware image and document the rollback path; schedule updates only after non‑mission test flights, the second habit in “drone firmware 2 backups”.dronedesk

Drone log 3 analysis routine

Health snapshot per flight: Capture battery telemetry, GPS quality, link RSSI, and error flags right after landing; this creates baselines for the first step in “drone log 3 analysis routine”.flyingmag
Trend review weekly: Compare vibrations, temperature, and voltage sag across flights to catch early bearing wear or prop issues—the second step in “drone log 3 analysis routine”.dronedesk
Incident drill‑down: When anomalies occur, correlate timestamps, environment, and control inputs to isolate causes and update SOPs—the third step in “drone log 3 analysis routine”.sciencedirect

Drone accident 5 recovery procedure

Scene safety and power‑down: Secure the area, disarm, and disconnect batteries; avoid further damage or fire as the first action in the “drone accident 5 recovery procedure”.d1store
Evidence preservation: Photograph the site, aircraft, and props; bag broken parts, retain logs/cards, and mark GPS/time for the second action in the “drone accident 5 recovery procedure”.mydroneservices
Regulatory and client reporting: Follow local reporting rules for incidents and notify stakeholders with preliminary facts, the third action in the “drone accident 5 recovery procedure”.ledrones
Technical triage: Extract flight logs, analyze telemetry for loss of link, battery sag, or sensor errors, and inspect mechanicals; create a corrective plan as the fourth step in the “drone accident 5 recovery procedure”.sciencedirect
Restore and validate: Replace damaged components, update firmware config from “drone firmware 2 backups,” perform calibrations, and complete a controlled test flight—the final step in the “drone accident 5 recovery procedure”.dronedesk

Drone checklist 10 items

1. Airspace/mission approvals and weather confirmed, with RTH altitude and reserves set per “drone pre‑inspection 5 items”.sphengineering
1. Airframe/prop integrity checked, screws torqued, payload secured under “drone pre‑inspection 5 items”.heliguy
1. Batteries verified and spares staged; connectors clean, temps normal in “drone pre‑inspection 5 items”.sphengineering
1. Control link, GNSS/RTK, compass/IMU healthy; no app errors and home point set in “drone pre‑inspection 5 items”.sphengineering
1. Camera/storage ready; exposure/focus set and media formatted per “drone pre‑inspection 5 items”.sphengineering
1. Post‑flight cleaning and inspection executed per “drone post‑flight 4 maintenance”.flyingmag
1. Battery cooldown, logs, and 50% storage per “drone post‑flight 4 maintenance”.flyingmag
1. Data offload and verification complete per “drone post‑flight 4 maintenance”.mydroneservices
1. Firmware config exported and image/rollback plan updated per “drone firmware 2 backups”.dronedesk
1. Logs reviewed and issues ticketed; incident drill ready per “drone log 3 analysis routine” and “drone accident 5 recovery procedure”.sciencedirect+1

Field SOP to operationalize

Before departure: Run desktop planning, airspace checks, and battery reserves, then pack tools and spares aligned to the “drone pre‑inspection 5 items” framework.sphengineering
On‑site, power‑off: Physical inspection, payload fit, and media prep; then power‑on systems check and final go/no‑go consistent with the “drone checklist 10 items”.sphengineering
After landing: Execute “drone post‑flight 4 maintenance,” back up configs per “drone firmware 2 backups,” and append telemetry into the “drone log 3 analysis routine” so patterns surface early.dronedesk+1

By embedding a single “drone checklist 10 items” that encapsulates the “drone pre‑inspection 5 items,” “drone post‑flight 4 maintenance,” “drone firmware 2 backups,” “drone log 3 analysis routine,” and “drone accident 5 recovery procedure,” teams reduce human error, preserve data integrity, and shorten downtime after incidents—raising mission reliability and safety across all operations in 2025.dronedesk+1