Video to MOV Converter

How to Convert Video to MOV Online

1. Upload Your Video File: Drag and drop or click "+ Add Files" to select clips from your computer. Most common video formats are accepted — MP4, MKV, AVI, WebM, WMV, FLV, MOV, M4V, MTS/M2TS, 3GP, MPEG, MPG, VOB, OGV, AVCHD, HEVC, AV1, and DV among others. Batch uploads are supported.
2. Pick a Codec and Quality Preset: Set Video codec (H.264 is the safe default for QuickTime/iMovie/Final Cut; H.265/HEVC for smaller files at the same quality; MPEG-4, MJPEG, or DV for legacy NLE compatibility) and Audio codec (AAC for modern workflows, PCM for lossless edit-friendly audio). Then choose a Quality Preset (Very High is the default) or switch to Constant Bitrate, Variable Bitrate, Constant Quality, or Specific file size for finer control.
3. Resolution and Trim (Optional): Keep original, pick a Preset Resolution (4K 3840x2160, 1080p, 720p, 480p, vertical 1080x1920, etc.), enter a custom Width x Height, or scale by Resolution Percentage. Use Trim → Time Range to cut a sub-clip without re-encoding the whole timeline.
4. Convert and Download: Click Convert. Files process server-side on our servers — no sign-up, no watermark, batch outputs download together.

Why Convert Video to MOV?

MOV is the QuickTime File Format Apple released in 1991 and opened publicly in 2001. ISO adopted its atom/track structure as the basis for the MPEG-4 file format, which is why MOV and MP4 look so similar on the inside — they share the ISO Base Media File Format lineage but MOV keeps Apple-specific extensions for things like timecode, alpha channels, and ProRes. Convert to MOV when the downstream tool is Apple-native or expects QuickTime atoms specifically.

• Final Cut Pro and iMovie ingest — Final Cut Pro X reads MOV cleanly without transcoding when the inner codec is one it recognizes (ProRes, H.264, HEVC, DV, MJPEG). Dropping in a stray MKV or WebM usually triggers a "media optimization" prompt; converting upstream avoids the wait.
• QuickTime Player playback on macOS — QuickTime Player plays MOV containers natively on every Mac going back to Snow Leopard. Handing off a .mov to a non-technical Mac user is friction-free; a .mkv requires installing VLC or IINA first.
• Keynote and Pages embeds — Apple's iWork suite embeds MOV smoothly with thumbnail previews and inline playback. Other containers often appear as a generic file icon or fail to scrub.
• Color grading and VFX round-trips — DaVinci Resolve, After Effects, and Motion all accept MOV with an alpha channel (via ProRes 4444 or Animation codec). The same workflow with MP4 loses transparency because MP4 doesn't carry alpha in mainstream codecs.
• Apple device capture matching — iPhone records .mov containers by default (H.264 or HEVC depending on the Camera setting). Keeping the rest of your timeline assets in MOV avoids container mismatches and timecode drift.
• Broadcast and archive masters — Stations and archive houses often spec ProRes 422 HQ in a MOV wrapper for delivery. If you only have an MP4 source, re-encoding to ProRes inside a MOV wrapper hits the deliverable spec.

MOV vs MP4 — Container Comparison

Codec Picker — What Goes Inside the MOV

For audio, AAC at 128-256 kbps is the modern default; pick PCM (uncompressed) if the MOV is going into Final Cut, Pro Tools, or DaVinci where lossless audio is expected.

Frequently Asked Questions

What's actually different between MOV and MP4 if they share the same DNA?

The container atoms are nearly identical — ISO adopted QuickTime's structure as the basis for MPEG-4 in 2001. The practical differences are: MOV keeps Apple-specific atoms (timecode tracks, reference movies, ProRes signaling), MOV supports alpha-channel codecs that MP4 doesn't carry, and MP4 has wider hardware decoder support across non-Apple devices. If you only need playback compatibility, MP4 wins; if you need edit-friendly features, MOV wins.

Will my video play on Windows after converting to MOV?

Yes, with caveats. Windows 10 and 11 play H.264-in-MOV and HEVC-in-MOV (HEVC requires the Microsoft HEVC extension, a paid add-on as of 2024) in the built-in Media Player or Films & TV app. ProRes-in-MOV does not play natively on Windows without third-party software like VLC or the Apple ProRes RT decoder Microsoft shipped to Insiders. If the recipient is on Windows and just wants to watch, pick H.264 as the inner codec.

Should I pick H.264 or H.265 inside the MOV?

H.264 if the file is going anywhere unpredictable — older Macs, Windows machines, web embed, hand-off to a client. H.265/HEVC if everything downstream is on Apple Silicon Mac, a recent iPhone/iPad (iPhone 7 onward decodes HEVC in hardware), or you need ~50% smaller files at the same visual quality. HEVC encoding takes longer and a tiny percentage of older devices can't play it.

Why is my converted MOV so much bigger than the source MP4?

Likely you picked a higher-quality codec or preset. MOV is just a container — the size comes from the inner codec. If you converted an H.264 MP4 into a ProRes MOV, expect 5-10x growth; ProRes 422 HQ at 1080p runs ~220 Mbps versus typical H.264 MP4 around 8-15 Mbps. To keep size comparable, choose H.264 as the inner codec and a similar bitrate, or pick Specific file size to cap output explicitly.

Can MOV files carry transparency?

Yes — but only when the inner codec supports an alpha channel. ProRes 4444 and ProRes 4444 XQ carry alpha at 10- and 12-bit depths respectively. The older Animation codec and PNG-in-MOV also preserve transparency for graphics, lower thirds, and motion-graphics handoffs. H.264 and H.265 do not carry alpha in the MOV container.

Will trimming re-encode the whole video?

Trim → Time Range only encodes the segment you keep — the discarded footage is skipped, so a short cut from a long source finishes quickly. The kept portion is still re-encoded, since this page always runs the video through an encoder; leave codec and resolution on "Keep original" and use the "Very High" preset (or CRF 18-20) so the cut stays visually indistinguishable from the source.

Does converting to MOV preserve metadata like timecode and chapter markers?

QuickTime atoms support timecode tracks and chapter markers natively, and the converter preserves the basics. Camera-original metadata like reel name, scene/take, and color science tags may not survive the conversion — this page re-encodes even when you keep the codec, so for DIT workflows or dailies where that metadata is critical, rewrap losslessly with a local tool such as ffmpeg -c copy instead.

Is MOV good for uploading to YouTube, Instagram, or TikTok?

Yes for upload — all three accept MOV — but they will transcode whatever you upload to their own internal format. For bandwidth efficiency on upload, an H.264 MP4 is usually smaller and equivalent. Pick MOV when you also want a local master that opens cleanly in iMovie or Final Cut.

What about MTS, M2TS, AVCHD camcorder files?

AVCHD camcorders write H.264 video inside MTS/M2TS transport streams. Converting to MOV re-encodes that video into a QuickTime container so Final Cut and iMovie can read it natively — keep the codec on H.264 and the "Very High" preset to stay close to the source. See MTS to MOV and AVCHD to MOV for the direct paths. For the reverse trip — MOV out to a more shareable format — try MOV to MP4.