Downloadable clip files
The core output: your selected segment as a WebM file with full audio at 8 Mbps, encoded in the browser and saved straight to your downloads folder.
Feed it a file, a direct URL, or a YouTube link. Mark the segment you want, and generate the right output for the job - a downloadable clip file, a timestamped share link, or ready-to-paste embed code. Free, no upload, no watermark.
A clip generator's job is turning "this part, from here to here" into something you can actually use. Different destinations need different artifacts - so this one generates all three kinds.
The word "generator" gets used loosely, so to be precise: you mark the in and out points, and Clippingnet generates the artifact - encoding the file, building the timestamped URL, assembling the iframe code. What it doesn't do is decide for you. There's no AI picking moments and no text-to-video; the judgment stays yours, and the mechanical part becomes instant.
The core output: your selected segment as a WebM file with full audio at 8 Mbps, encoded in the browser and saved straight to your downloads folder.
For YouTube sources, a link that opens the video at your exact start point - the clip artifact YouTube actually permits, ready to paste anywhere.
An embed URL and full iframe snippet with start and end baked in - the player begins at your in point and stops dead at your out point, on any webpage.
One tap posts the generated clip link to WhatsApp, X, Telegram, Facebook, LinkedIn, Reddit, or email - no copying and switching apps.
Save full video keeps the untouched source in its native format alongside your generated clips - no re-encode, byte-for-byte identical.
Generate a clip, move the handles, generate the next. The source stays loaded, and every filename carries its own timestamps, so a batch never collides.
Paste a YouTube link or a direct video URL into the box, or drop a file from your computer. The generator treats all three the same way - a video with a timeline you can mark.
Drag the orange handles around the part you want, or play the video and tap I and O to set the points live. Arrow keys nudge frame by frame; the timecode fields accept exact values like 02:14.500.
Preview clip plays exactly your selection and stops at the end point. When it looks right, hit Generate clip - for files and URLs that's an encoded WebM; for YouTube it's the full set of links and embed code.
The file lands in your downloads; links are copied with one tap; the share row posts anywhere. Then move the handles to the next moment and generate again - the source stays loaded.
The generator adapts its output to what the source permits. Here's the exact matrix, with nothing glossed over.
| Source | Clip file (.webm) | Timestamped link | Embed code | Save original | Notes |
|---|---|---|---|---|---|
| Local file | ✓ | ✗ | ✗ | ✓ | Full generation, nothing uploaded - a local file has no public URL to link to |
| Direct URL, CORS allowed | ✓ | ✗ | ✓ (video tag) | ✓ | File generation works; the embed points at the source URL |
| Direct URL, CORS blocked | ✗ | ✗ | ✓ | ✓ | Playback and preview work, but the browser blocks recording its pixels |
| YouTube link | ✗ | ✓ | ✓ (auto-stops) | ✗ | YouTube doesn't permit downloads - links and embeds are the honest output |
The status strip above the timeline tells you which row you're in the moment a source loads - so you know what can be generated before you spend time marking points.
Most tools ranking for "clip generator" are AI products: upload your video, a model picks the "best" moments, and finished clips come back - on a subscription, with your footage on their servers, and with the model's taste substituted for yours.
This is the other kind of generator: you point, it produces. Deterministic, instant, local. The same input and the same marks generate the same output every time, and nothing you load leaves your machine.
# input source: podcast-ep42.mp4 · 1:48:12 marks: 00:31.200 → 01:15.850 # generated in 44.7s (real-time encode) ✓ podcast-ep42_00-31-200_01-15-850.webm vp9 + opus · 8 Mbps · 42.1 MB # and for a YouTube source instead: ✓ https://youtu.be/VIDEO?t=31 ✓ …/embed/VIDEO?start=31&end=76 ✓ <iframe width="560" …></iframe> # uploads made: 0
No source handy? Load one of these and run the whole pipeline - mark, preview, generate - end to end.
Fast animated motion - easy to find a clean gag to clip.
© Blender Foundation · CC-BY
Dialogue-heavy - practice clipping a spoken moment cleanly.
© Blender Foundation · CC-BY
The longest sample - try generating a batch of three clips from it.
© Blender Foundation · CC-BY
Live-action with fine detail - the toughest test for output quality.
© Blender Foundation · CC-BY
Samples stream from Google's public demo bucket and need an internet connection. All four are Blender Foundation open movies, licensed CC-BY - free to clip, share, and remix with attribution.
AI clip generators charge per upload minute or per export, because every generation costs them server time. This one runs on your browser instead - so here's the entire pricing table.
Why free? Because generation happens in your browser, the marginal cost of every clip is zero - there's no server bill to pass on and nothing to meter.
Generate clips from content you own or have permission to use. Your own footage is straightforwardly yours. Clipping someone else's video for republishing needs permission, a license, or a legal exception - and monetising generated clips of other people's content without any of those is where channels get claims and strikes.
On clip generation, output formats, and choosing the right artifact for the destination.
A clip file, a timestamped link, and an iframe do different jobs. When each one is the right artifact, and when it's the wrong one.
Where automated moment-picking earns its subscription at volume, where it reliably picks the wrong forty seconds, and how to decide.
captureStream, MediaRecorder, and blob downloads - the pipeline that encodes a clip without a server, and its real limits.
A batch workflow: mark all your moments first, then generate them back-to-back - with a naming scheme that keeps the set organised.
What the start and end parameters actually do, where they work, and the edge cases where an embed keeps playing anyway.
One FFmpeg command or one drag into HandBrake - plus when you genuinely need the conversion and when WebM uploads fine as-is.
Everything people ask about generating video clips.
No - and that's deliberate. You choose the moment; the generator produces the artifact instantly and deterministically. AI tools that auto-pick highlights exist and are useful at volume, but they require uploading your footage and substitute a model's judgment for yours.
Three kinds of output, depending on the source: a downloadable WebM clip file with audio, a timestamped share link that opens at your start point, and embed code whose player starts and stops at your marks. The status strip shows which are available the moment a source loads.
Yes - no subscription, no credits, no per-minute charges, no watermark, no account. Generation runs in your browser, so there's no server cost to recover and nothing to meter.
No. Local files are read directly from disk and never transmitted. URLs are fetched by your browser straight from their source. Nothing passes through our servers, because there aren't any.
File generation runs in real time - the browser records your selection as it plays, so a 45-second clip takes about 45 seconds. Link and embed generation is instant, since it's just building URLs from your marks.
Yes, without limit. The source stays loaded between generations - mark, generate, move the handles, generate again. Each filename carries its own timestamps, so a batch never overwrites itself.
WebM with vp9 or vp8 video and Opus audio at 8 Mbps - the only format browsers can encode natively. It uploads fine to YouTube, TikTok, Instagram, Discord, and Slack. Converting to MP4 takes one command: ffmpeg -i clip.webm -c:a aac clip.mp4.
Not without breaking the no-upload promise - MP4 encoding in the browser would need either a server or a heavy conversion library. WebM keeps everything local; the one-step conversion afterwards is the honest trade.
You can generate links and embeds - a timestamped share URL and an auto-stopping iframe. You can't generate a downloadable file, because YouTube doesn't permit browser-side downloads. The output adapts to what the source allows.
An embedded YouTube player with your start and end seconds baked into the URL. On any webpage, it begins at your in point and stops at your out point - the closest thing to a "clip" that works inside someone else's article or site.
Almost always CORS: the hosting server didn't grant cross-origin access, so the browser blocks recording its pixels. The video still plays and previews. For a file, download the video and load it locally - local files have no such restriction.
No. Generated files contain exactly the frames between your marks - no logo, no outro, no branding. Links and embeds point at the original source unmodified.
You can type timecodes to the millisecond and nudge frame-by-frame with the arrow keys. The generated clip lands on the nearest frame boundary - typically within 33–42 ms depending on the source frame rate.
Yes - audio is captured together with the video from the same stream, so sync is automatic. It's encoded as Opus inside the WebM container at full quality.
No imposed limit - you can generate a three-second reaction or a forty-minute segment. Since encoding runs in real time, longer clips simply take their own duration to produce.
None. Local files are read from disk, so multi-gigabyte recordings open instantly. URLs over 60 MB are streamed rather than fully fetched, which still supports generation when the server allows it.
The tool imposes no restrictions - no license claims over output, no watermark. What governs commercial use is your rights to the source footage: your own content is yours; other people's needs permission or a legal exception.
Yes. The timeline handles work with touch, and link generation is instant on any device. File generation works on modern mobile browsers too, though the screen must stay awake for the duration, so long clips are easier on desktop.
Never. The source is opened read-only, and every output is a brand-new artifact - a new file, a new URL, new embed code. Your original stays byte-for-byte identical.
The segment is re-encoded during capture, which introduces one generation of compression. At 8 Mbps it's very hard to see, and platforms re-encode uploads anyway. For a mathematically lossless cut, use FFmpeg's -c copy on your desktop.
No. Burned-in subtitles carry through as part of the picture, but the generator doesn't create captions. Every major platform auto-generates them at upload, which covers the common case.
It generates at the source's aspect ratio - cutting happens on the time axis only. To reframe 16:9 footage for vertical, crop the generated clip in CapCut, your phone editor, or the platform's uploader. It's about a minute of extra work per clip.
Straight to your browser's downloads folder, named with the source and your exact timestamps - for example recording_00-31-200_01-15-850.webm. Nothing is stored anywhere else.
Not here - this is a browser tool with a human marking the points. For scripted, headless clip generation, FFmpeg is the right instrument: ffmpeg -ss 31 -to 76 -i in.mp4 -c copy out.mp4 in a loop does batch generation properly.
The blob reference is released and the memory freed. Your original on disk is untouched, your generated clips stay in your downloads, and no copy exists anywhere else - there was never a server involved.