• Video frame rate controls how motion is experienced
• Photography frame rate controls how many moments you can capture

Video (Film, TV, and Digital Media)

23.976 fps (often called 24 fps)
The real standard for most digital cinema and streaming. Used for compatibility with NTSC systems and what most cameras default to when you select “24.”

Distinct because it preserves a cinematic look while remaining broadcast-compatible.

24 fps
True cinema standard used in theatrical projection, visually nearly identical to 23.976.
Distinct because it is the exact original film standard.

25 fps
Standard in PAL regions (Europe, parts of Asia), used for broadcast and television.
Distinct because it is tied directly to 50 Hz regional infrastructure.

50 fps
The high-motion counterpart to 25 fps, used for sports and broadcast in PAL systems.
Distinct because it doubles 25 fps for smoother motion while staying system-aligned.

29.97 fps (often called 30 fps)
The real NTSC broadcast standard, slightly reduced from 30 due to color television adjustments.
Distinct because it exists specifically to maintain compatibility with legacy color signals.

30 fps
Clean, rounded version of 29.97, commonly used in digital video, YouTube, and general content.
Distinct because it prioritizes simplicity in modern digital workflows.

59.94 fps (often called 60 fps)
True NTSC high frame rate, used for sports, live events, and high-motion clarity.
Distinct because it maintains NTSC compatibility at higher motion resolution.

60 fps
Clean digital version of 59.94, commonly used for sports, gameplay, and footage intended for slight slow motion.
Distinct because it delivers very smooth motion with broad platform support.

100 fps
Used in PAL workflows for slow motion.
Distinct because it scales cleanly with 25/50 fps playback systems.

120 fps
Common for strong slow motion when played back at 24, 25, or 30 fps.
Distinct because it balances flexibility, quality, and practicality.

240 fps
Extreme slow motion, common in phones and high-speed cameras.
Distinct because it captures very fine motion detail for dramatic time expansion.

Higher capture rates create flexibility in playback. Capture at a high frame rate and play it back at a lower one, and you stretch time. Shoot at 120 fps and play back at 24 fps, and you now have five times more frames than needed per second of playback.

Higher capture rate + lower playback rate = slow motion.

At a practical level:

• Lower frame rate → more motion blur and interpretation
• Higher frame rate → smoother, more real-time motion

Two identical shots can feel completely different depending on frame rate alone.

Photography (Burst Rate and Timing)

Frame rate also exists in photography, but it is used differently. Instead of shaping motion, it controls how many moments you can capture.

In photography, frame rate is called burst rate or continuous shooting speed.

• 5 fps = 5 photos per second
• 10 fps = 10 photos per second
• 20 fps = 20 photos per second

Here, frame rate does not affect how motion looks. It affects how many chances you have to capture it.

This matters most when timing is unpredictable:

• sports and action
• wildlife
• events

More frames per second means more opportunities to capture peak movement or the right expression.