Resources/Checklists

Checklist · Part 107 · v2026.10

The Part 107 flight checklist.

Seven phases from 72 hours out to post-flight, written for commercial missions. Each item states the pass condition and, where it applies, the regulation behind it. Fly it top to bottom on every sortie, including the ones you’ve flown a hundred times.

14 CFR 107.497 phases68 checks3-page PDF

Phase 01 · T-72h to T-24h

Planning & authorization

Most violations happen before the props spin. Settle airspace, waivers and paperwork while there’s still time to fix them.

  • Airspace class confirmed at every point of the routeCheck the UAS Facility Map grid ceiling, not just the class. Watch for Class E to the surface (magenta dashed) around non-towered fields.
  • LAANC or DroneZone authorization filedLAANC for grid-ceiling requests; DroneZone for anything above the grid or at non-LAANC airports (allow 30+ days). 107.41
  • TFRs checked, including recurring onesStadium TFRs (3 NM / 3,000 ft AGL, 1 hr before to 1 hr after), VIP movement, wildfire and space-launch TFRs.
  • NOTAMs reviewed for the nearest airport and areaCrane, tower-light-out and parachute-jumping NOTAMs all change your risk picture.
  • Waivers in hand for anything outside 107BVLOS, over moving vehicles, beyond 400 ft. Keep a digital copy on the controller device.
  • Operations over people category identifiedCategory 1–4 for the aircraft, or a plan that keeps you clear of non-participants. 107.39 · Subpart D
  • Remote ID compliantStandard RID aircraft or a broadcast module listed on the registration. Part 89
  • Registration and certificate currentFA number on the airframe, Part 107 recurrent training within 24 calendar months. 107.65
  • Insurance COI issuedLiability limit and additional insureds as required by the client or location.
  • Permissions and local rulesProperty owner sign-off, film permits, park and state takeoff/landing restrictions.
  • Site recon done remotely3D imagery for wires, towers, cranes and trees. Mark launch site, two alternate landing zones and the RTH path.
  • Shot list and flight plan briefed to the clientAltitudes, flight window, what happens on a weather NO-GO.

Phase 02 · T-24h and T-2h

Weather go/no-go

Check twice: the evening before and two hours before launch. Use the nearest METAR/TAF and a winds-aloft source at your planned altitude, not the surface forecast.

FactorLegal minimumRecommended limitWhy
Visibility3 SM≥ 5 SMFrom the control station. 107.51(c)
Cloud clearance500 ft below · 2,000 ft horiz.Ceiling ≥ 1,000 ftGives you vertical margin at 400 ft AGL. 107.51(d)
Sustained wind at altitude—≤ 60% of rated maxWind at 400 ft is often 1.5–2× surface. You still need headroom to fly home.
Gust spread—≤ 10 mphSpread matters more than peak for gimbal and hover stability.
Temperature—32–104 °FBelow 50 °F, pre-warm packs to 68 °F+; expect 20–30% less endurance.
Precipitation / fog—None, unless IP-ratedTemp/dew-point spread under 3 °C means fog and prop icing risk.
Kp index—≤ 4Kp 5+ degrades GNSS accuracy; plan for ATTI-mode handling.
Density altitude—Check above 5,000 ftHot and high reduces thrust and flight time. 107.49

Phase 03 · On arrival

Site survey & crew brief

  • Walk the site and confirm reconWires and guy-lines are the #1 thing imagery misses.
  • RF and magnetic interference identifiedCell towers, rebar decks, steel roofs, vehicles. Launch at least 15 ft from metal.
  • Launch/landing zone set and cordonedFlat pad, 30 ft clear radius, cones or tape for non-participants.
  • Two alternate landing zones agreedPoint them out physically to the VO.
  • Non-participants briefed or kept clearSignage at access points on public-facing jobs. 107.39
  • Crew roles assignedPIC, VO, camera operator. PIC has final authority. 107.19
  • Comms and phraseology agreed"Traffic, two o’clock, low" · "Land now" · "Lost visual". Sterile cockpit during takeoff and landing.
  • Emergency plan briefedLost link, flyaway, manned aircraft, LiPo fire, first aid and nearest hospital.
  • PIC fitness check (IMSAFE)Illness, medication, stress, alcohol (8 hours, 0.04%), fatigue, eating. 107.27 · 91.17
  • Airspace and TFRs re-checkedPop-up TFRs can appear the same morning.

Phase 04 · Before power-up

Aircraft & LiPo inspection

Airframe

Ensure the sUAS is in a condition for safe operation. 107.15 · 107.49

  • Arms locked, frame free of cracksFlex each arm; listen for creaks at the hinge.
  • Props correct, seated and undamagedNicks, stress whitening, bent tips. Replace in pairs.
  • Motors spin freely, no gritRough spots mean bearing wear.
  • Gimbal clamp removed, lens and sensors cleanInclude vision and ToF sensors; dirty sensors cause false obstacle stops.
  • Payload and media secureFormatted card in aircraft, spare in the case, ND filter seated.
  • FA number visible, RID broadcastingExternal marking required. 48.205

Batteries

Log every pack by ID so you can see a failing cell before it fails in the air.

  • No swelling, punctures or loose latchesAny puff retires the pack.
  • Cell voltage delta ≤ 0.05 VCheck in the app; over 0.1 V, ground the pack.
  • Pack temperature ≥ 59 °F before takeoffHover 60 s to warm in cold weather.
  • Cycle count notedPlan retirement around 200–300 cycles or 80% health.
  • Enough packs for the plan + oneEndurance budget at 70% of rated time.
  • Controller and display ≥ 80%A dead controller is a lost link.

Phase 05 · Powered, on the ground

Controller, app & failsafes

  • GNSS lock with 12+ satellitesWait for home point recorded before arming.
  • Home point at the launch padUpdate to the controller if you’ll move during the flight.
  • RTH altitude = tallest obstacle + 50 ftWithin your authorized ceiling.
  • Signal-loss action set to RTHHover or land only when the site demands it.
  • Low-battery RTH and critical land thresholdsTypically 30% / 15%; adjust for distance and wind.
  • Max altitude and distance limitsSet to the authorized ceiling, not the aircraft max.
  • Obstacle avoidance mode chosen deliberatelyBrake vs. bypass vs. off. Off near wires is a deliberate risk decision.
  • Compass calibrated only when promptedCalibrating near metal creates the error it’s meant to fix.
  • Firmware unchanged since last good flightNever take a field update before a paid job.
  • Device in airplane mode, notifications offRe-enable Wi‑Fi only if needed for maps cache.
  • Camera settings and recording format setSee the camera settings guide for ND, shutter and color profile.
  • Antennas oriented to the aircraftFlat faces, not tips, toward the aircraft.

Phase 06 · Takeoff, flight & landing

Takeoff & in-flight

  • "Clear prop" call, launch area clearVO confirms airspace and ground.
  • 10 ft hover check for 10 secondsNo drift, no toilet-bowling, stick inputs correct, no IMU/compass warnings.
  • Climb to working altitude, check wind driftGroundspeed into the wind tells you how hard the return will be.
  • Keep VLOS with unaided eyesPIC or VO, at all times. 107.31 · 107.33
  • Yield to all manned aircraftDescend and hold clear; you are always the one who gives way. 107.37
  • Under 400 ft AGL, under 100 mphOr within 400 ft of a structure, up to 400 ft above it. 107.51
  • Turn back at 50% battery on outbound legsLand with ≥ 25%.
  • Land at the pad, motors stop, "props safe" callThen disarm before anyone approaches.

Phase 07 · Post-flight

Post-flight & records

  • Log the flightTime, battery IDs, max altitude, authorization number, anomalies. Use the flight log template.
  • Inspect airframe and props againDamage found now isn’t discovered at the next launch.
  • Packs cooled before chargingStore at 3.8 V/cell (~50–60%) if not flying within 48 h.
  • Media backed up twice before formattingOne copy off-site or in the cloud before leaving.
  • Accident report if requiredWithin 10 days for serious injury, loss of consciousness, or over $500 damage to property other than the drone. 107.9
  • DebriefOne thing that went well, one to change next time. Note it in the log.
Note

This checklist supplements, and does not replace, your aircraft manufacturer’s procedures and the current text of 14 CFR Part 107. Regulations referenced are current as of October 2026.

Air Pixels Flight OS

Run this checklist live, with your airspace and weather filled in.

Flight OS pulls LAANC, TFRs and winds aloft for your exact site, then tracks each check and logs the sortie automatically.

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