Compress Videos for Moodle

Compress videos for Moodle courses. Moodle is an open-source LMS with administrator-configured limits.

Quick Compress
Choose a file, pick how small it should be, and compress locally.
%

Percentage is applied to the original file size.

Moodle Video Requirements

  • File size limit: Varies by institution
  • Recommended format: MP4
  • Recommended codec: H.264 (AVC)

How to Compress for Moodle

  1. Upload course video
  2. Set to 720p
  3. Target institution limit
  4. Use MP4 format

Optimization Tips

  • Check your Moodle instance limits
  • 720p typical for courses
  • Target 200-500MB
  • MP4 ensures student compatibility

Why Compress Videos for Moodle?

  • Meet platform size limits without quality loss
  • Faster uploads and sharing
  • Better experience for recipients on slow connections
  • Avoid platform re-compression for better quality

Process Locally, Not in the Cloud

Your videos are compressed right in your browser - nothing gets uploaded to our servers or anywhere else. This means faster processing, complete privacy, and no file size limits from upload restrictions.

Frequently Asked Questions

What is Moodle's video file size limit?

Moodle has a file size limit of Varies by institution. To ensure successful uploads, we recommend compressing your video to slightly below this limit. Our tool can help you target the exact file size you need.

What video format does Moodle support?

Moodle works best with MP4 format using H.264 codec. This combination ensures compatibility across all devices and smooth playback.

Why won't Moodle accept my video?

The most common reason is file size exceeding Varies by institution. Other issues include unsupported formats or resolutions. Compress your video and ensure it's in MP4 format before uploading.

Does Moodle compress my videos automatically?

Moodle may apply its own compression after upload, which can reduce quality. By compressing your video beforehand with our tool, you have full control over the quality settings and can often achieve better results than automatic platform compression.

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