Drone video essentials divide neatly into two halves: the settings you configure before takeoff, and the movements you fly once you are airborne. Get the first half wrong and no amount of skilled flying will save the footage in post. Get the second half wrong and technically perfect clips still cut together into something nobody wants to watch. Episode three of the Coastal Drone Podcast covers the foundations, and this guide expands them into a practical checklist you can work through before your next shoot.
Frame Rate and Resolution
Frame rate is the first of the drone video essentials, because it determines every other exposure decision that follows. For a cinematic look, shoot 24 or 25 frames per second. For broadcast and general-purpose work, 30 fps is standard. If you plan to slow footage down in the edit, record at 60 fps or higher and conform it later, which yields smooth half-speed or quarter-speed motion.
Regarding resolution, record in 4K whenever your storage and workflow allow, even when the final delivery is 1080p. The extra resolution gives you room to reframe, stabilise, and punch in during the edit without visible quality loss. Mixing frame rates across a single project, however, creates avoidable problems, so decide once and stay consistent.
The 180-Degree Shutter Rule
Shutter speed is the most misunderstood of the drone video essentials. Motion in video should carry a natural amount of blur. The convention that produces it sets shutter speed to roughly double your frame rate. At 24 fps, that means 1/48 second, usually rounded to 1/50. Shooting 30 fps calls for 1/60. Likewise, 60 fps needs 1/120.
Break this rule and footage looks wrong in a way most viewers notice without being able to name. Too fast a shutter produces a stuttering, hyper-sharp quality; too slow smears movement into mush. Since a shutter speed of 1/50 second in daylight massively overexposes the image, you need a way to cut light without touching shutter or ISO.
ND Filters Solve This
Neutral density filters are sunglasses for your lens. They reduce incoming light evenly across the spectrum, which lets you hold the correct shutter speed in bright conditions. A typical kit contains ND4, ND8, ND16, ND32, and ND64, and choosing among them is straightforward once you know the pattern:
- Overcast or golden hour: ND4 or ND8
- Hazy sun or partial cloud: ND16
- Bright, direct sun: ND32
- Harsh midday sun over snow, sand, or water: ND64
Fit the filter before takeoff, confirm it is seated correctly, and check that the gimbal calibrates with the added weight. A filter that works loose in flight will ruin every clip afterwards.
Colour Profiles and Grading
Most aircraft offer a standard profile plus one or more flat profiles such as D-Log, D-Log M, or HLG. Flat profiles record a wider dynamic range by desaturating and lowering contrast in camera, which preserves detail in bright skies and dark ground. The footage looks washed out straight off the card, and that is expected.
Choose deliberately. If you will grade the footage, shoot flat and apply a conversion LUT as your starting point, then adjust exposure, contrast, and saturation from there. If you need to deliver quickly without a grading pass, the standard profile produces a usable image immediately. Shooting flat and then skipping the grade is the worst of both options, because you deliver footage that looks unfinished.
Movements That Actually Cut Together
Movement is where the drone video essentials become visible to an audience. Slow is almost always better. A move that feels tediously gradual while you are flying usually reads as elegant on screen. Additionally, every clip should contain exactly one idea, because a shot that pans, orbits, climbs, and tilts simultaneously cannot be cut into a sequence.
The Reveal
Begin with the subject hidden behind an obstacle such as a ridge, treeline, or building. Fly forward while tilting the gimbal up, so the subject emerges gradually into frame. This is the single most effective aerial shot, and it works because it withholds information before delivering it.
The Orbit
Circle a fixed subject while keeping it centred, which requires coordinated roll and yaw. Orbits communicate three-dimensional form better than any other move. Fly them slowly and keep the radius constant, since a wobbling orbit is immediately obvious.
The Top-Down Push
Point the gimbal straight down and translate slowly across a subject with strong graphic structure. Coastlines, road networks, and agricultural land all work well. Because the perspective is unfamiliar, even simple movement holds attention.
The Pull-Back
Start tight on your subject and fly backward and upward, revealing surrounding context. This move ends sequences naturally, which makes it a reliable closing shot.
Whichever move you fly, start recording two seconds before the movement begins and keep rolling two seconds after it ends. Those handles give your editor clean cut points, and running out of them is a mistake you can only fix by reflying.
Stabilisation
Stabilisation is one of the drone video essentials you cannot fully fix later. A three-axis gimbal handles the aircraft’s small attitude corrections, but it cannot compensate for abrupt stick inputs or gusting wind. Set gimbal speed to its smoothest option, fly in a mode that softens control response, and avoid flying in wind strong enough to force constant correction.
Save software stabilisation in post for salvage work rather than routine use. It crops the frame and can introduce warping in footage containing straight lines, which describes most built environments.
Audio: Plan to Replace It
Drones record no usable production audio. The onboard microphone, where one exists, captures motor and propeller noise. Consequently, treat every aerial clip as silent and build the soundtrack separately from licensed music, recorded ambience, or ground-level audio captured on a separate device.
If a project mixes aerial and ground footage, record wild ambience at the location while you are there. Waves, wind, and traffic recorded on the ground will sit convincingly under aerial images of the same place.
Legal Considerations for Video Work
The legal drone video essentials matter most on commercial work, which raises compliance questions that recreational flying does not. Transport Canada regulates remotely piloted aircraft under Part IX of the Canadian Aviation Regulations, and operations near people, over crowds, or close to aerodromes carry specific requirements. Confirm current rules through Transport Canada before you commit to a shoot.
Beyond airspace, consider privacy and property. Filming identifiable people or private property may require permission regardless of whether the flight itself is legal. For crewed shoots, our guides on what needs to be in a crew briefing and assessing crew readiness cover the pre-flight process. If you are still working toward certification, start with getting your Canada drone licence.
Drone Video Essentials: Pre-Flight Checklist
- Frame rate set and consistent with the rest of the project.
- Shutter speed at double the frame rate.
- ND filter matched to conditions and seated securely.
- ISO at base value.
- White balance locked manually.
- Colour profile chosen to match your post workflow.
- Gimbal speed set to smooth.
- Adequate card space and charged batteries for the full shot list.
Once the footage is captured, the same colour and exposure principles carry into post. Our episode on drone photo editing covers the grading fundamentals that apply to both stills and video.
Frequently Asked Questions
What frame rate should I use for drone video?
Use 24 or 25 fps for a cinematic look, 30 fps for general and broadcast work, and 60 fps or higher when you intend to slow the footage down in editing.
Do I really need ND filters?
Yes, for daylight video. Without them you cannot hold the correct shutter speed in bright conditions, and footage takes on a stuttering quality that cannot be fixed in post.
Should I shoot in D-Log or the standard profile?
Shoot D-Log only if you will colour grade. It preserves more dynamic range but requires a grading pass. If you need finished-looking footage straight off the card, use the standard profile.
Why does my drone footage look jerky?
Most often the shutter speed is too fast for the frame rate, which removes natural motion blur. Fit an ND filter and set shutter to double your frame rate. Abrupt stick inputs and gusting wind produce the same complaint.