Shutter speed chart
Every frame rate, its target shutter, and the filter density that gets you there.
Researched from published specifications and verified owner reviews · updated 2026
The short answer
Set shutter speed to roughly double the frame rate: 1/50 second at 24 fps, 1/60 at 30 fps, 1/100 at 50 fps, 1/120 at 60 fps and 1/250 at 120 fps. That is the 180 degree shutter convention and it produces the motion blur the eye reads as natural. Because drone cameras have a fixed aperture, holding those speeds in daylight requires an ND filter, typically ND32 or ND64 in open sun at 24 or 30 fps.
Shutter speed is the single largest lever on how drone footage looks, and it is the one setting most pilots never touch. Left to itself, a drone camera in daylight will pick a very fast shutter because it has no aperture to close and its ISO is already at base. The result is technically correct exposure and visually wrong motion, which is what people are seeing when they say footage looks like a drone shot it.
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Every shutter target on this page is unreachable in daylight without cutting light physically. A six-density set covers overcast through open desert, and the magnetic mount means changing density between shots does not mean re-balancing a gimbal. This is the accessory that changes footage more than any aircraft upgrade at the same price.
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The targets
| Frame rate | 180 degree ideal | Practical setting | Typical ND in open sun |
|---|---|---|---|
| 24 fps | 1/48 | 1/50 | ND32 to ND64 |
| 25 fps | 1/50 | 1/50 | ND32 to ND64 |
| 30 fps | 1/60 | 1/60 | ND32 |
| 48 fps | 1/96 | 1/100 | ND16 |
| 50 fps | 1/100 | 1/100 | ND16 |
| 60 fps | 1/120 | 1/120 | ND8 to ND16 |
| 100 fps | 1/200 | 1/200 | ND8 |
| 120 fps | 1/240 | 1/250 | ND4 to ND8 |
| 240 fps | 1/480 | 1/500 | None to ND4 |
The right-hand column is a starting point rather than an answer, because reflectivity moves it by a stop or more. The same filter that is correct over woodland is a stop short over a beach on the same afternoon. Densities and their stop values are on the ND filter chart, and the ND and shutter calculator works a specific case.
Why doubling the frame rate is the rule
A shutter angle of 180 degrees means the sensor is exposed for half the duration of each frame. At 24 fps each frame occupies 1/24 of a second, so half of it is 1/48. The exposed half captures motion as a short smear and the unexposed half creates the gap between frames, and the ratio between the two is what the eye has been trained by a century of cinema to read as natural movement.
Push the shutter much faster and the smear disappears, leaving a sequence of frozen instants that the eye assembles into judder rather than motion. Push it much slower and the smear grows until detail dissolves during any movement. Neither is subtle once you know to look, and pans are where both show first.
The settings that go with it
Shutter speed does not work alone. Four settings should be locked together before takeoff, and the reason is consistency rather than perfection: footage that changes exposure mid-shot is far harder to use than footage that is slightly wrong throughout.
| Setting | Where to put it | Why |
|---|---|---|
| Shutter | Double the frame rate, manual | Auto shutter will hunt and ruin the motion character mid-shot. |
| ISO | Base ISO, usually 100 | Anything higher adds noise you cannot remove in a grade. |
| White balance | Manual, set on the ground | Auto white balance shifts as the aircraft turns and makes matching shots painful. |
| Exposure control | Manual, ND for the light | The filter is the exposure control on a fixed-aperture camera. |
That combination is why the ND set is the first upgrade recommended after a spare battery on every build on this site. The full settings walkthrough is on drone camera settings for video, and the colour half of the decision is on log versus normal colour profile.
When to ignore the rule deliberately
Inspection and evidence work. A roof survey is not cinema. Freeze the motion so the crack, the lifted shingle or the corroded fixing is unambiguous, and accept that the footage looks clinical, because that is the point. See the roof inspection workflow.
Mapping and photogrammetry. Motion blur is actively harmful, because the software is matching features between overlapping images and a smeared feature does not match. Fast shutter, high overlap, and a flight speed low enough that the shutter can keep up. The arithmetic is on the mapping mission planner.
High frame rate for slow motion. Footage destined to be slowed usually reads better slightly crisper than the convention suggests, because the blur is stretched in time along with everything else.
Marginal light. At dusk you may be choosing between the correct shutter with an ISO the sensor cannot hold cleanly, and a faster shutter with clean noise. Take the clean noise. Grades can add blur; they cannot remove it.
Stills are a different problem
There is no motion blur convention for stills, so the only question is whether the shutter is fast enough that neither the aircraft's movement nor the subject's smears. From a hovering drone in good light, 1/500 second or faster is a safe default, and calmer air with a well-behaved gimbal allows slower.
In wind, faster still, because the gimbal is correcting continuously and correction is movement. That is also the situation where a nicked propeller shows up as vibration in the frame, which is a mechanical problem rather than a settings one and is covered on fixing jello and vibration.
How to check you got it right
Watch a pan at full resolution. Not on the controller screen. Judder in a slow horizontal pan is the clearest symptom of too fast a shutter, and it is invisible on a small display in sunlight.
Check the histogram, not the picture. A screen in bright sun lies about exposure in both directions, which is why a Folding sun hood for controller screens ($18) is one of the cheapest genuine improvements to a controller.
Re-check after changing frame rate. This is the most common way a session goes wrong: the filter that was correct at 24 fps is two stops too strong at 60 fps, and the footage comes back underexposed.
Everything on this page is derived from photographic first principles and published camera specifications rather than hands-on testing. Exposure is scene-dependent, so use the tables as starting points and confirm against the histogram on the day.
Questions people ask
+ What shutter speed should I use for drone video?
Roughly double the frame rate. At 24 fps that means 1/50 second, at 30 fps 1/60, at 60 fps 1/120 and at 120 fps 1/250. This comes from the 180 degree shutter convention in film and produces the amount of motion blur the eye reads as natural. In daylight you will need an ND filter to hold those speeds, because a fixed-aperture drone camera cannot reduce light any other way.
+ What happens if the shutter is too fast?
Motion becomes unnaturally crisp and pans start to judder, an effect usually described as stuttery or video-ish. Each frame is a frozen instant with no blur to blend it into the next, so your eye sees a sequence of stills rather than continuous movement. It is the single most recognisable marker of unfiltered daylight drone footage.
+ What happens if the shutter is too slow?
Motion smears, fine detail dissolves during any movement, and the footage looks soft in a way sharpening cannot fix. On a drone this shows up first during yaw, because a rotating camera moves every part of the frame at once. Very slow shutters can also expose rolling shutter artefacts on moving subjects.
+ Do I have to follow the 180 degree rule?
No, and there are good reasons to break it. Inspection footage should be sharp because it is evidence rather than atmosphere. High frame rate footage intended for slow motion often looks better slightly crisper. And in very low light a faster shutter with clean ISO beats correct blur with unusable noise.
+ How does frame rate change the filter I need?
Higher frame rates need faster shutters, and faster shutters need less light reduction. Switching from 24 fps to 60 fps roughly halves twice, so you typically drop two stops of ND. Pilots who change frame rate mid-session and leave the same filter fitted end up either underexposed or off the target shutter entirely.
+ Does shutter speed matter for stills?
Differently. For stills there is no motion blur convention to hit, and the priority is a shutter fast enough that neither the aircraft nor the subject smears. From a hovering drone, 1/500 second or faster is a safe default in good light, and slower is possible in calm air with a stable gimbal.
