Video Metadata Extractor
Read video metadata in your browser: container, duration, resolution, codec, frame rate, bitrate, and audio details. The file is never uploaded.
- Free, no sign-up
- Updated
- Reviewed by Olgun Ozoktas
Drop your video here or click to browse
Supports MP4, MOV, WebM, MKV up to 500MB
How to Extract Video Metadata
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Upload Your Video File
Drag and drop a video file onto the upload area or click to browse your device. Supported formats are MP4, MOV, WebM, and MKV, up to 500 MB. -
Wait for Automatic Analysis
The tool reads your video file directly in the browser: a video element supplies duration and resolution, and WebCodecs through the Mediabunny library reads the codec string, frame rate, and bitrate from packet statistics. No data is sent to any server. -
Review the Extracted Metadata
Browse the organized results showing general file info, video stream details (codec, resolution, frame rate, bitrate), and audio stream details (codec, sample rate, channels, bitrate). -
Copy or Export the Results
Click the Copy All button to copy every metadata field to your clipboard in a clean text format. Use this data in bug reports, documentation, or media asset management systems.
Common Use Cases
Pre-Upload Quality Check
Troubleshooting Playback Issues
Media Asset Management
File Size Optimization
Why use our Video Metadata Extractor?
The Video Metadata Extractor reads technical information embedded in video files and presents it in a clear, organized layout. Every video file carries hidden data describing how it was encoded: the video codec (H.264, H.265, VP9, AV1), resolution and aspect ratio, frame rate, bitrate, and full audio stream details. This tool surfaces all of that information as soon as the file loads, right inside your browser.
Unlike server-based metadata tools, this extractor reads the file locally: a video element supplies duration and resolution, while WebCodecs through the Mediabunny library reads the codec string, frame rate, and bitrate from packet statistics. Your video file never leaves your device, which makes it safe to inspect confidential recordings and unreleased footage. Files up to 500 MB are accepted, there are no daily usage limits, and no account is required.
Video metadata is useful at every stage of a media workflow. Editors rely on codec and frame rate data to configure timeline settings. Developers check container formats and audio channels when debugging playback bugs. Content creators verify resolution and bitrate before uploading to platforms like YouTube or TikTok. If you need to convert a file after inspecting it, try the Video Format Converter. To strip audio from a video, use Video to Audio. For removing sensitive EXIF data from images, see the EXIF Remover.
How it compares
Most video metadata tools require you to install desktop software like MediaInfo or FFprobe, or they ask you to upload files to a remote server. Desktop tools work well but take time to install and update. Server-based tools raise privacy concerns because your video must be transferred over the network. The FindUtils Video Metadata Extractor runs entirely in the browser with zero installation, zero uploads, and zero cost.
Compared to command-line tools, this extractor presents the same core information (codec, resolution, frame rate, bitrate, audio details) in a visual layout anyone can read. Power users who need raw container-level data may still prefer FFprobe, but for quick checks, quality verification, and day-to-day media work, the browser-based approach is faster and more accessible.
Tips for Working with Video Metadata
- Check the video codec before sharing files. H.264 in an MP4 container offers the widest playback compatibility across browsers and devices.
- Frame rate matters for editing. Mixing 24fps and 30fps footage in a timeline causes stuttering, so verify frame rates before importing clips.
- A high bitrate does not always mean high quality. Efficient codecs like H.265 deliver comparable quality at roughly half the bitrate of H.264.
- Audio sample rate should match your project settings. Most video uses 48kHz audio; music-only files often use 44.1kHz.
- If a video plays without sound, check whether the audio stream exists at all. Some screen recordings or GIF-converted videos have no audio track.