What is Frame Rate?
Frame rate is the number of individual still images, called frames, that a video displays every second. It is measured in frames per second (fps). A 30 fps video shows 30 frames each second, and your brain blends them into continuous motion.
Frame rate shapes how motion looks. Lower frame rates give a slightly softer, filmic feel, while higher frame rates make movement look smoother and more immediate. The right choice depends on the content, the platform, and whether you plan to slow the footage down.
How frame rate works
A camera records a sequence of still photos in rapid succession. Played back at the same speed, those photos recreate the motion. Two settings interact here:
- Capture frame rate: how many frames the camera records per second.
- Playback frame rate: how many frames per second the video is played at.
When they match, motion looks natural. When you capture at a high frame rate and play back at a lower one, you get slow motion. Filming at 60 fps and playing back at 30 fps, for example, produces motion at half speed. Filming at 120 fps and playing at 24 fps gives about five times slower motion.
Shutter speed also matters. A common guideline, the 180-degree shutter rule, sets the shutter to roughly double the frame rate (for example 1/50 second at 24 or 25 fps) to produce natural-looking motion blur.
Common frame rates
| Frame rate | Look | Typical use |
|---|---|---|
| 24 fps (23.976) | Cinematic, slight motion blur | Films, trailers, music videos, storytelling |
| 25 fps | Similar to 24, smooth on PAL systems | TV and video in Europe and other PAL regions |
| 30 fps (29.97) | Natural, everyday video | Vlogs, talking-head videos, tutorials, social content |
| 50 fps | Smooth motion in PAL regions | Sports and live broadcast in PAL regions |
| 60 fps (59.94) | Very smooth, crisp motion | Gaming, sports, fast action, screen recordings |
| 120 fps and above | Used for slow motion | Captured for slow-motion playback at 24 to 30 fps |
The fractional rates (23.976, 29.97, 59.94) come from NTSC broadcast standards in North America and parts of Asia. Many cameras still offer them, and in practice they look the same as their rounded counterparts.
Frame rate for stop motion and animation
Animation often uses lower frame rates on purpose. Stop motion and claymation are commonly shot "on twos," meaning each pose is held for two frames in a 24 fps timeline, giving 12 unique images per second. That slightly stepped motion is part of the handmade look. Hand-drawn animation uses the same technique.
Frame rate by platform
Most major platforms accept a wide range of frame rates. As of 2026, YouTube's upload guidance lists 24, 25, 30, 48, 50, and 60 fps as common rates and recommends uploading in the same frame rate you recorded. TikTok, Instagram Reels, and YouTube Shorts all play 30 fps and 60 fps footage. Because specs change, check each platform's current upload guidelines if you are working with unusual rates.
How to choose a frame rate
- Match the look you want. Choose 24 fps for a film-like feel, 30 fps for natural everyday video, and 60 fps for fast action or gaming.
- Plan for slow motion. If you might slow a shot down, record it at 60 fps or higher.
- Stay consistent. Pick one project frame rate and shoot your A-roll and b-roll to match it. Mixing rates can cause stutter or dropped frames.
- Do not up-convert. Turning 30 fps footage into 60 fps by duplicating or interpolating frames rarely looks better than the original.
- Consider file size. Higher frame rates mean more data per second, which increases file size and rendering time at the same resolution.
Why frame rate matters
Frame rate is one of the first things that sets the mood of a video, even if viewers cannot name it. The same scene feels cinematic at 24 fps and live or hyper-real at 60 fps. Using the wrong one can make a dramatic story look like a home video or make a fast game clip look choppy.
It also affects your workflow: slow-motion options, file sizes, export settings, and compatibility between clips all depend on it. Most AI video models output clips at a fixed frame rate, often 24 or 30 fps, so it helps to set your editing timeline to match the generated footage before you combine it with filmed clips.