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Free Drone Pre-Flight Checklist Generator — Customised by Drone Model and Shoot Type
Most drone incidents trace back to a step that seemed optional at the time. Select your drone model and shoot type, and this generator builds a 5-phase checklist filtered to your exact setup — removing inapplicable items, flagging the steps most likely to be skipped, and surfacing model-specific checks that no generic list covers.
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Free Tool Drone Pre-Flight Checklist
Most drone incidents trace back to a skipped pre-flight step. Select your drone model and shoot profile — this generator filters out inapplicable items (e.g. ND filter steps on models with no thread) and adds model-specific checks you won't find in a generic list.
The Fundamentals
What Does the Drone Pre-Flight Checklist Generator Produce?
The Drone Pre-Flight Checklist Generator is a free browser-based tool that builds a shoot-specific checklist from four inputs: drone model, shoot type, flying conditions, and experience level. It contains 84 checklist items organised across five sequential phases — Home / Night Before, On Location (Before Power-On), Powered Up (Pre-Takeoff), First Hover Check, and Post-Flight. Each item shows as a tappable checkbox. Completed items receive a strikethrough, the phase header turns teal when every item in that phase is checked, and an overall progress bar tracks completion across the full pre-flight sequence.
The checklist is not a static list. Every item carries a tag set that controls when it appears. Tags include shoot type modifiers — timelapse, holygrail, hyperlapse, cinematic, fpv, photo, realestate, scout — and condition modifiers: golden, bluehour, night, cold, windy, urban, overwater, highalt. Select Holy Grail TL as your shoot type and the checklist adds aperture lock, bulb ramp start documentation, intervalometer interval setting, manual exposure mode, and a direct link to the Holy Grail Ramp Planner. Select Cold <5°C as a condition and it adds battery pre-warming indoors, a pack of hand warmers, a battery temperature check before insertion, and a post-hover battery percentage recheck — because cold LiPo cells report falsely high charge percentages until the pack warms during the first two minutes of flight. Select High Altitude and it adds prop stress inspection for micro-cracks, a certified altitude ceiling check, an aggressive RTH altitude setting, and a hover discharge rate note, because thinner air forces motors to spin faster and drains batteries 10–30% faster than at sea level.
The drone model input does more than label the export. Each of the 15 models maps to a capability profile covering six binary attributes: ND filter thread, variable aperture, obstacle sensing, FPV mode, cinema and dual-operator workflow, and CineSSD media. Those attributes filter items at the point of render. Select a DJI Mini 4K — fixed f/2.8 lens, no ND thread — and the ND filter pack and attach items disappear, replaced by an item explaining how to manage exposure through ISO and shutter limits without ND. Select an Inspire 3 and three additional items appear: camera operator briefing in Phase 1, lens mount and CineSSD checks in Phase 2, and a pilot-to-operator pre-flight comms confirmation in Phase 3. Select the Avata 2 and a motor screw thread-lock inspection appears in Phase 2, specific to FPV frame construction. The capability badges below the drone selector update immediately on every model change, so pilots understand exactly why their checklist shifted.
Beginner mode expands every item with a one-sentence explanation of why it matters. Experienced mode shows concise labels only. A pilot new to timelapse needs to know that manual white balance prevents colour temperature flicker between frames. A pilot with two hundred timelapse flights does not. Both modes see the same items — only the display density changes. The tool saves your profile, all checkbox states, and your flight notes to localStorage. Reload the page mid-session and the checklist resumes exactly where it left. The New Flight button resets checkboxes and notes but retains your profile for the next session. Print outputs a clean black-on-white layout hiding all UI chrome. Copy as Text exports the full adjusted checklist with ☑/☐ symbols and ⚠ markers for pasting into a field note or sending to a second operator.
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Why Generic Drone Checklists Miss the Shots That Matter Most
Every civil aviation authority that oversees drone operations publishes some form of pre-flight checklist. The FAA has one. EASA has one. The CAA has one. They share the same structure: confirm registration, check airspace, inspect battery, verify propellers, test controls. These items exist to prevent flyaways and crashes, and they belong on any checklist. They do not mention white balance. They do not mention intervalometer interval. They do not mention aperture lock. They were not written for drone filmmakers, because the regulatory bodies that authored them are not drone filmmakers.
The gap between a safety checklist and a cinematographer’s checklist is clearest in the camera setup phase. A timelapse sequence requires manual exposure mode, manual white balance locked to a fixed Kelvin value, aperture locked to prevent flicker, and an interval calculated to exceed the longest planned night shutter speed by at least two seconds. Miss any one of those four items and the sequence is either unrecoverable in the field or demands hours of deflicker processing in post. None appear in any regulatory checklist, because they have no bearing on airworthiness. They have every bearing on the footage.
The drone model problem is separate but equally important. DJI’s current lineup runs from the Mini 4K — a 249-gram camera with a fixed aperture and no ND filter thread — to the Inspire 3, a dual-operator cinema system with interchangeable lenses, variable aperture, and CineSSD storage alongside its SD card. A checklist item that reads “attach correct ND filter” is correct for the Mavic 4 Pro and wrong for the Mini 4K and the Neo 2. A checklist item that reads “brief camera operator on shot sequence” is essential for Inspire 3 operations and meaningless on a single-pilot consumer drone. A generic checklist cannot resolve this — it either includes everything and buries relevant items in noise, or excludes model-specific steps and omits the ones most likely to cause a problem.
Condition modifiers compound the issue further. Flying below 5°C changes the battery management workflow in three distinct ways: batteries must be pre-warmed indoors before transport; battery temperature must be checked by hand before insertion (below 10°C, warm between the palms for 60 seconds); and the first hover must run for at least two minutes before trusting the indicated percentage, because cold LiPo cells report 85% on power-on and drop to 65% within the first minutes of flight as the cells reach operating temperature. A pilot who skips this plans a 25-minute session on indicated 85% and hits a low battery warning at 15 minutes. Night operations add a strobe or anti-collision light requirement, a night aviation regulations check, and an ISO ceiling configuration. High altitude adds a prop inspection stricter than the standard one, because thinner air forces motors to work harder and hairline cracks that survive a sea-level flight can propagate at altitude.
The ⚠ Easy to Miss badge in this tool marks 20 items that are disproportionately likely to be skipped by experienced pilots who rely on habit rather than a written list. Experienced pilots skip lists because they have completed the steps hundreds of times. The items they miss are not the ones they have never seen — they are the ones that vary between sessions. Gimbal lock removal varies because not every bag or transport case uses a clamp. SD card insertion varies because the card is sometimes left in a laptop after a file transfer. RTH altitude varies because last week’s open field had no obstacles and this week’s rooftop location has structures on three sides. A checklist enforces session-specific context that muscle memory does not.
Step-by-Step Guide
How to Use the Drone Pre-Flight Checklist Generator
Step 1 — Build your shoot profile using all four selectors
Start with the Drone Model dropdown. The capability badges below it update immediately to show what the selected model supports: ND Filters or No ND Thread, Fixed Aperture or Variable Aperture, Obstacle Sensing or No Obstacle Sensing, and any special modes such as FPV / Acro, Cinema / Dual-Op, or CineSSD. These badges are not decorative — they explain why specific items appear or disappear in the checklist below. Switch from an Inspire 3 to a Mini 4K and the CineSSD check, lens mount item, and dual-operator briefing disappear; the ND filter steps are replaced by a fixed-aperture exposure planning item. Next, select your Shoot Type. This is the second-largest determinant of checklist length: Holy Grail TL produces a significantly longer Phase 3 than Location Scout. Open the Conditions dropdown and tick every applicable condition simultaneously — Cold <5°C, High Altitude, Night, and Windy can all be active at once, and each adds different items to different phases. Set Experience Level last: Beginner expands every item with a one-sentence explanation of why it matters; Experienced shows concise labels only.
Step 2 — Read what appeared and understand why
After setting your profile, scan the generated checklist before touching a checkbox. Look for two types of special items. The ⚠ Easy to Miss badge in amber identifies items that are disproportionately likely to be overlooked by experienced pilots — not because the steps are obscure, but because they vary between sessions. Gimbal clamp removal varies because not every bag uses one. SD card insertion varies because the card travels to a laptop after the previous shoot. RTH altitude varies because last week's field had no obstacles. The coral ◆ badge identifies model-specific items that appear because of your drone's capability profile — ◆ No ND Thread, ◆ Dual-Op Model, ◆ FPV. These are the items most likely to be missing from any other checklist you have used. Inline chip links appear on certain items — tapping one opens the relevant calculator in a new tab without losing your checklist state.
Step 3 — Work through phases using the headers as progress checkpoints
Tap each checkbox as you complete a step. The phase header shows a live count — for example, 9 / 14 complete — and turns teal with a green progress accent when every item in that phase is done. When a phase is complete, tap its header to collapse it. The phase saves its collapsed state automatically. If your browser locks, the page refreshes, or you close and return later, every checked item and every collapsed phase restores exactly as you left it — stored in localStorage with no account required. The overall progress bar at the top of the checklist tracks your total completion across all phases. When every visible item across all five phases is checked, it reads: All items complete — ready to fly.
Step 4 — Use the Flight Notes field to capture session context
The Flight Notes textarea below the checklist persists between page loads alongside your checkbox state. Use it during Phase 1 to note planned camera settings or ramp schedule values. Use it on location to log battery health, observed wind conditions, or any hazard you noticed that is not covered by a checkbox item. Use it post-flight to record composition ideas, location notes for the next visit, and which batteries are approaching their cycle limit. Notes captured immediately after a shoot are accurate. Notes reconstructed from memory an hour later are not. The notes field clears only when you tap New Flight and confirm the reset.
Step 5 — Export or print before leaving the location
Three export actions sit in the action bar below the notes field. Copy as Text generates the full checklist in plain text with ☑ and ☐ symbols for checked and unchecked items, ⚠ markers on flagged steps, your drone and shoot type header, and your flight notes appended at the bottom — ready to paste into a message to a co-pilot or second operator. Print Checklist first expands any collapsed phases, then calls the browser print dialogue. The print stylesheet hides the profile card, notes field, and all tool chrome, leaving a clean black-on-white phase layout with checkbox states reflected. Use this to produce a paper sheet to carry when phone battery is a concern. Both exports reflect the checklist exactly as it stands at the moment you press the button, including partial completion states.
Step 6 — Reset cleanly for the next flight
Tap New Flight when you are ready to begin a fresh pre-flight sequence. A confirmation dialogue warns that all checkboxes and notes will be cleared. Confirm and the tool resets: all checkboxes return to unchecked, the notes field clears, and the progress bar returns to zero. Your drone model, shoot type, conditions, and experience level are all retained — you do not need to rebuild the profile for a second flight at the same location with the same setup. If the next flight involves a different shoot type or different conditions, update the selectors first and the checklist regenerates before you start ticking. The New Flight reset does not affect phase collapse state — phases you have already collapsed remain collapsed until you expand them.
FAQ — Drone Pre-Flight Checklist
What should be on a drone pre-flight checklist?
A complete drone pre-flight checklist for filmmakers covers five phases. Night before: charge all batteries and the controller, format SD cards in-drone (not on a computer), verify airspace, pack the correct ND filter set, and plan any timelapse interval or Holy Grail ramp settings. On location before power-on: remove the gimbal clamp, lock arms, inspect and check rotation direction of all four props, confirm battery seating and SD card insertion, attach the ND filter, and set up the landing pad. After power-on: pair controller first then drone, wait for 8-satellite GPS lock, calibrate compass if prompted, set RTH altitude above all local obstacles, and complete all camera settings for the shoot type. First hover: check for vibration, confirm GPS hold, verify the live feed, confirm the RTH home point in the app, then start recording. Post-flight: review footage on-device, replace the gimbal clamp, remove ND filters, discharge batteries to storage level, and log the flight.
What is the first thing to check before flying a drone?
Remove the gimbal lock or transport clamp before powering on. It is the single most destructive skip in the pre-flight sequence — powering on with the clamp attached destroys the gimbal motor in seconds as the initialisation routine attempts to move the camera against resistance. DJI’s service records log this event, which is why warranty claims for gimbal motor failure are routinely declined when the clamp was not removed. After the clamp: confirm the SD card is inserted (it is frequently left in a laptop after the previous session’s file transfer) and that the battery is fully clicked in. These three items — clamp, card, battery — are marked ⚠ Easy to Miss in Phase 2 of this tool because they are the most common cause of avoidable failures on location.
Do I need to do a pre-flight check before every drone flight?
Yes. EU EASA Open Category regulations, UK CAA drone rules, and FAA Part 107 all require a pre-flight inspection before each flight. Beyond the legal obligation, the operational case is clear: several critical conditions change between sessions. Prop condition changes — a hairline crack from the previous landing may not have been visible until today. SD card insertion varies because the card travels between the drone and a laptop. Battery charge level varies with storage time. RTH altitude needs reconfiguring at every new location. The checklist takes under five minutes and catches every failure mode that a visual inspection alone misses. A drone that performed perfectly yesterday can have a compromised prop, a missing card, or an RTH altitude set for a different environment.
What is different about a pre-flight checklist for timelapse photography?
A timelapse pre-flight checklist adds an entire camera configuration block that standard safety checks omit. Required additions include: setting white balance to a fixed Kelvin value (auto white balance causes colour temperature flicker between frames), setting the camera to full manual exposure mode, locking the aperture on models with variable aperture (aperture micro-steps produce a flicker effect across the sequence that is difficult to remove in post), and setting the intervalometer to an interval that exceeds the longest planned night shutter speed by at least two seconds. For Holy Grail timelapse, add: documenting the daytime EV settings before light begins to change, setting the ISO ceiling for the dark endpoint, and confirming the ramp schedule before the shoot window opens. None of these items appear in any standard regulatory pre-flight documentation because they have no bearing on airworthiness. They determine whether the footage is usable.
Does a DJI drone have a built-in pre-flight checklist?
The DJI Fly and DJI RC apps include a basic safety checklist that displays before arming and covers GPS lock, battery level, magnetic interference, and obstacle sensing status. This checklist is a minimum airworthiness confirmation and must be accepted before the app allows takeoff. It does not cover camera settings, ND filters, timelapse configuration, cold weather battery management, or any filmmaking-specific preparation. It also does not adapt to the drone model — the same checklist appears on a Mini 4K and an Inspire 3. This tool is not a replacement for the DJI app checklist; it supplements it with the production preparation steps that the app omits.
What drone pre-flight checks should I do in cold weather?
Cold weather below 5°C adds four items to the standard workflow. First, pre-warm all batteries indoors before transport — LiPo cells below 5°C lose 20–30% of usable capacity before the first flight and that capacity does not recover mid-session. Second, check battery surface temperature by hand before inserting; below 10°C, warm between your palms for 60 seconds before insertion. Third, run the first hover for two full minutes before trusting the battery percentage display — cold packs report falsely high on first power-on and the real available charge shows only after the cells reach operating temperature. Fourth, charge and check the controller battery separately; controller batteries deplete faster than drone batteries in cold conditions and give less warning before shutdown.
What should I check after landing a drone?
Post-flight checks split into immediate (before leaving the location) and deferred (within 48 hours). Immediate: review footage on-device to catch SD errors and missed recording; verify full frame count for any timelapse sequence; replace the gimbal clamp before packing; remove the ND filter to prevent moisture-trapped fungus during storage; and if the flight was over salt water, wipe the body and gimbal with a damp cloth immediately — salt residue causes corrosion within hours. Deferred: discharge batteries to 40–60% storage level; log the flight and battery cycle count in a logbook (required in most jurisdictions and essential for predicting battery lifespan); inspect all four props for new chips or cracks; back up footage using the 3-2-1 rule — three copies, two different media types, one copy offsite.
What is the gimbal clamp and why does removing it matter?
The gimbal transport clamp is a plastic or foam clip that locks the camera gimbal rigid during transit to prevent damage from bag vibration. It is fitted differently across DJI models — tool-free clips on some, screw-fastened foam pads on others. It must be removed before powering on. If the drone powers on with the clamp in place, the gimbal initialisation routine attempts to move the camera through its calibration range against the resistance of the clamp. The gimbal motor stalls within seconds, overheats, and fails. DJI’s service records capture this event in the flight log, which is why warranty claims for this type of failure are routinely declined. The item is marked ⚠ Easy to Miss in this checklist because it is physically invisible once the drone is placed on the landing pad — unlike a forgotten lens cap, there is no obvious visual indication that the clamp is still attached.
How does shoot type change a drone pre-flight checklist?
Shoot type determines which camera configuration items appear in Phase 3. Cinematic video and real estate shoots add: set shutter speed using the 180° rule (shutter = 2× frame rate), select picture profile (D-Log M, HLG, or Normal), and set white balance to manual. Timelapse adds all of the above plus aperture lock and intervalometer interval. Holy Grail TL adds all timelapse items plus bulb ramp documentation, ISO ceiling configuration, and a link to the Holy Grail Ramp Planner. Hyperlapse adds course lock direction setup, which must be completed before takeoff. FPV / Creative focuses on shutter speed for the 180° rule and removes timelapse items. Location Scout simplifies the list and adds a beginner mode recommendation for the first assessment flight. The differences between shoot types are large enough that using the wrong profile leaves a meaningfully incomplete checklist.
Is a drone pre-flight checklist a legal requirement?
In most jurisdictions, yes. EU EASA Open Category regulations require operators to verify airworthiness, check the operating area for hazards, and confirm applicable limitations before each flight. UK CAA drone regulations under the UK Drone and Model Aircraft Code require equivalent checks. FAA Part 107 in the United States specifies pre-flight inspection requirements in section 107.49. The exact checklist format is not mandated — operators may use their own documentation. However, if an incident occurs and there is no evidence that a pre-flight check was completed, liability exposure increases significantly. This tool is a production preparation aid and does not substitute for official pre-flight documentation required by the aviation authority in your country or the specific regulations governing your operation category.
Also From AeroTimelapse
The Tools Behind the Checklist
The Pre-Flight Checklist tells you what to do before you fly. These AeroTimelapse tools supply the numbers — the ND filter density, the timelapse interval, the golden hour window, the ramp schedule — that specific checklist items require but cannot calculate on their own.
Get the Right Checklist Before Every Shoot
Two minutes on the profile the night before. Zero golden hour sequences ruined by an SD card left in the laptop.