🎞️ Frame Rate Calculator
Enter a length and frame rate to see total frames, frames per minute, the duration of a single frame, and an SMPTE timecode — plan shot lengths and keep editorial in step with your animation.
🧮 Count the Frames
What is a Frame Rate Calculator?
It translates time into frames — the currency of animation. Given a clip length and a frame rate, it counts the total frames, shows how many frames fill a minute, reports how long a single frame lasts in milliseconds, and formats the whole clip as an SMPTE timecode so every collaborator can point to the exact same moment.
Use it to plan how many drawings a shot needs, to budget a schedule from frame counts, to match cut points between editorial and animation, and to convert between clock time and timecode. It's the quick reference every animator and editor reaches for.
❓ Frequently Asked Questions
How does the frame rate calculator work?
Enter the clip length in seconds and the frame rate in frames per second. It multiplies the two for the total frame count, works out frames per minute, divides 1000 by the frame rate for how many milliseconds each frame lasts, and formats the length as an SMPTE timecode of hours, minutes, seconds, and frames.
What frame rate should I animate at?
24 fps is the classic standard for film and most theatrical and TV animation; 25 fps is common for PAL broadcast regions and 30 fps for NTSC and much web video; and 60 fps is used for ultra-smooth motion and games. Many hand-drawn productions animate 'on twos' — a new drawing every second frame — to get a pleasing look while halving the drawing count.
What is a timecode and why does it use frames?
SMPTE timecode labels a precise point in a clip as HH:MM:SS:FF, where the last pair counts frames within the current second. Because animation and editing work frame by frame, timecode lets everyone refer to the exact same frame — essential for syncing dialogue, matching cuts, and giving revision notes.
How many frames are in a minute of animation?
Multiply the frame rate by 60. At 24 fps that's 1,440 frames per minute; at 30 fps it's 1,800. This is why animation is so labour-intensive — every one of those frames is drawn, posed, or rendered — and why frame counts drive both schedules and budgets.