Smooth handheld camera shake
Handheld cameras, phone recordings, and low-tripod setups introduce continuous micro-jitter that becomes distracting in a vertical clip where every pixel is visible at full size. FrameOS's stabilization algorithm analyses the motion vectors across frames and applies a compensating transform to produce steady-looking output — the visual effect of a stabilized lens without requiring one.
Stabilize before you review clips
Stabilization happens in the FrameOS pipeline before the clip-review step, so what you see when evaluating clip candidates is already the stabilized version. You are reviewing the real output, not a preview that may differ from the export.
When stabilization makes the biggest difference
The effect is most visible on footage with continuous hand-hold jitter — phone recordings, action cam footage, and clips captured at long focal lengths. In-camera optical stabilization (OIS) and editing-timeline stabilization (warp stabilizer) address the same problem from different stages. If your source already has good OIS, FrameOS stabilization adds less; if you're working with raw handheld phone footage, the difference is significant.
Stabilization workflow
- AI-powered removal of handheld camera shake.
- Runs before the clip-review step — you see stabilized output.
- Works on phone recordings, action cam, and wide-angle footage.
- No external plugin or timeline step required.
- No watermark on exports.
FAQ
How does FrameOS stabilize shaky video?
FrameOS analyses motion across frames and applies a compensating transform to smooth jitter and camera shake before your clips are exported.
Does stabilization crop the frame?
Stabilization typically trims a small border to give the algorithm room to compensate for motion — the same trade-off all stabilization approaches make.
Can I stabilize phone recordings?
Yes. Phone footage with continuous handheld jitter benefits most from stabilization, especially for vertical clip output where viewers see the full frame.