How to Change Frame Rate in DaVinci Resolve

24 fps is common for narrative and cinema-style cadence. It uses fewer unique images per second and makes shutter choice and camera movement especially visible. Fast pans can judder when movement is not planned for that cadence.

30 fps is common in web video, presentations, screen content, and many live or broadcast workflows. It provides slightly denser motion sampling than 24 fps while remaining economical for storage and delivery.

60 fps captures or presents more motion states and is useful for sports, gameplay, demonstrations, and footage intended for slow motion. It requires more data and does not improve a 24 fps source unless a conversion method generates or repeats additional frames.

• 24 fps: cinematic cadence and deliberate camera movement
• 30 fps: common web and presentation delivery
• 60 fps: fluid action and flexible slow motion
• Choose from source and delivery needs, not the largest number

Resolve protects the timeline timebase because changing it after editing can alter cut positions, clip durations, keyframes, transitions, and synchronization. Depending on project state and Resolve version, the timeline frame-rate control may become unavailable after media or timelines are created.

The reliable fix is to create a new timeline with custom settings or a new project at the required rate, then move the edit and inspect every timing-sensitive element. Do not use Clip Attributes as a substitute: that changes source interpretation, not the established timeline clock.

Before migrating a complex edit, duplicate the project or timeline. Check speed ramps, Fusion compositions, subtitles, audio, nested timelines, image sequences, and frame-specific edits after the move.

Changing an export setting from 24 fps to 60 fps does not turn 24 captured motion states into 60 newly observed moments. Resolve must repeat frames, blend neighboring frames, or synthesize intermediate motion with a retiming process. The file can report 60 fps while still carrying the visual cadence and limitations of the 24 fps source.

Frame duplication preserves the original images but creates uneven cadence when 24 does not divide evenly into 60. Frame blending softens transitions by combining images. Optical-flow methods estimate movement between frames and can look smoother, but may bend edges, duplicate limbs, or fail around occlusion and fast detail.

True 60 fps capture records more original temporal samples. Conversion can be useful, but it should be evaluated as generated or repeated timing information rather than a simple metadata improvement.

Traditional frame-rate conversion is constrained by recorded footage and a target cadence. It asks how existing motion should be sampled, repeated, blended, or estimated at a new rate. The goal is usually continuity with the original clip.

AI frame creation can have a broader creative goal. Given two visual states, a model may generate an intermediate image or motion concept that did not exist in recorded footage. This is useful for exploring a midpoint, transition, or visual bridge, but it is not a factual reconstruction of the missing moment.

Use Resolve retiming when the source clip and timing accuracy are primary. Use Intelligent Frame Creation when the job is to invent a plausible visual state between supplied frames and creative interpretation is acceptable.

AI intermediate-frame creation starts with two visual states and proposes a plausible image between them. Unlike changing a timeline or export FPS value, it generates new visual information rather than only repeating, blending, or reinterpreting recorded frames.

Use the first and second frames as clear boundaries. Keep composition, subject identity, lighting, and viewpoint reasonably compatible when continuity matters. Large changes can still be useful creatively, but the generated midpoint should be treated as a designed transition state rather than evidence of what happened in the original footage.

Open Intelligent Frame Creation when you want to inspect or design that midpoint directly. For conventional slow motion or standards conversion, keep the work inside Resolve and compare the retiming artifacts shot by shot.