Last updated: October 2026
You can film a sharp vlog and still watch it turn soft on YouTube. The usual cause is not your camera. It is the export: bitrate too low, the wrong color tag, audio YouTube turns down, or a 1080p file that gets a weak playback encode. This guide gives you the best export settings for youtube in plain numbers, editor by editor.
The short version: copy these first
- Container and codec: MP4 with H.264 video for standard uploads. Match your timeline resolution and frame rate exactly.
- Bitrate: 4K at 45 to 68 Mbps, 1080p at 16 to 24 Mbps for an upload master. Full table by frame rate below.
- Color: Rec.709, Gamma 2.4 or Scene, video data levels, unless your whole timeline is a true HDR project.
- Audio: AAC, 320 kbps, 48 kHz, stereo, with overall loudness near minus 14 LUFS integrated.
- Two pass encoding: Use VBR 2-pass where you can. It costs time and buys cleaner motion.
On this page
- The bitrate numbers to build every preset around
- CBR vs VBR: which bitrate mode for uploads
- Premiere Pro export settings for YouTube
- DaVinci Resolve export settings for YouTube
- Final Cut Pro export settings for YouTube
- CapCut export settings for YouTube
- Why YouTube re-encodes your upload: VP9 and AVC explained
- Color, audio and loudness settings that hold up after upload
- Exporting HDR video for YouTube
- Exporting YouTube Shorts: the vertical variant
- Why your upload looks soft or washed out: quick fixes
- The pre-upload checklist: five minutes before you export
- Export settings questions, answered
- Keep exploring
The bitrate numbers to build every preset around
For an upload master, export 4K30 at 45 to 55 Mbps, 4K60 at 68 to 85 Mbps, 1080p30 at 16 to 20 Mbps and 1080p60 at 24 to 30 Mbps, all in H.264 MP4 with AAC audio at 320 kbps and 48 kHz.
YouTube publishes recommended upload bitrates, and they are a floor, not a ceiling. Its table lists 8 Mbps for 1080p30 and 35 to 45 Mbps for 2160p30. Export a step higher, because YouTube will compress the file again. More data in means less blocking in grass, water, fast pans and low light grain.
| Resolution and frame rate | YouTube recommended range | Sensible upload master target | Typical file size per 10 minutes |
|---|---|---|---|
| 4K, 2160p30 | 35 to 45 Mbps | 45 to 55 Mbps, VBR 2-pass | About 3.4 to 4.1 GB |
| 4K, 2160p60 | 53 to 68 Mbps | 68 to 85 Mbps, VBR 2-pass | About 5.1 to 6.4 GB |
| 1440p30 | 16 Mbps | 24 to 30 Mbps | About 1.8 to 2.3 GB |
| 1080p30 | 8 Mbps | 16 to 20 Mbps | About 1.2 to 1.5 GB |
| 1080p60 | 12 Mbps | 24 to 30 Mbps | About 1.8 to 2.3 GB |
Match the exact frame rate as well. Footage shot at 29.97 stays 29.97 and 23.976 stays 23.976. Rounding up to 30 or 24 on export is a quiet cause of juddery motion on playback, and no bitrate fixes it.
If render time is your bottleneck, fix the workflow before you cut bitrate. Learning how to edit vlogs faster will save more time than dropping from two passes to one.
CBR vs VBR: which bitrate mode for uploads
Use VBR for uploads. It gives complex scenes more data and simple scenes less, and variable bitrate is the mode YouTube itself recommends. Keep CBR for live streaming and fixed delivery specs, where a steady data rate matters more than file efficiency.
CBR, constant bitrate, holds the same data rate from the first frame to the last. A static talking head shot gets the same bits per second as a fast pan across a busy street, so the simple shots waste data and the hard shots run short. VBR, variable bitrate, moves the budget around: still frames cost little, and motion, grain and detailed scenes get the extra data they need to stay clean.
That is why every preset in this guide is built on VBR. One pass analyses and encodes in a single sweep and suits quick turnarounds. Two pass studies the whole video first, then encodes with that knowledge, which is the cleaner result at the same target bitrate. If an export panel offers you a CBR option for a normal upload, it is almost never the right pick. CBR earns its place in live encoders, where the stream has to fit a fixed pipe, and in client work delivered against a written spec.
Premiere Pro export settings for YouTube
In Premiere Pro, use Format H.264 and Preset Match Source as a starting point, then set Bitrate Encoding to VBR, 2 Pass, with the target and maximum values from the table below for your resolution.
Open the Export panel, set Format to H.264 and check that resolution and frame rate match your sequence. Tick Render at Maximum Depth for 10-bit footage, scaling or heavy color work. Set Profile to High and Level to 5.1 for 1080p, or 5.2 for 4K60. Leave Frame Reordering on and check Maximum Render Quality if you scaled any clips.
| Premiere Pro setting | 4K30 | 4K60 | 1080p30 | 1080p60 |
|---|---|---|---|---|
| Target bitrate | 45 Mbps | 68 Mbps | 16 Mbps | 24 Mbps |
| Maximum bitrate | 60 Mbps | 85 Mbps | 20 Mbps | 30 Mbps |
| Bitrate encoding | VBR, 2 Pass | VBR, 2 Pass | VBR, 2 Pass | VBR, 2 Pass |
| Profile and level | High, 5.1 | High, 5.2 | High, 5.1 | High, 5.1 |
| Audio | AAC, 320 kbps, 48 kHz, stereo, High quality | |||
In the Audio tab, choose AAC, Sample Rate 48000 Hz, Channels Stereo and Bitrate 320 kbps. You can add loudness normalization to minus 14 LUFS in the Effects panel. Worked example: a 12 minute vlog on a 3840 by 2160, 29.97 fps sequence at target 45 Mbps and maximum 60 Mbps lands near 4.5 GB. That size is normal for 4K.
DaVinci Resolve export settings for YouTube
On the Deliver page, use Custom Export with Format MP4, Codec H.264, your timeline resolution and frame rate, and set Quality to a restricted bitrate that matches the table below instead of leaving it on Automatic.
If you pick the built in YouTube preset, check every value it loads, because presets change between versions. A custom export gives you control. Set Resolution to your timeline size, for example 3840 by 2160, Frame Rate to your timeline rate, and tick Use Timeline Settings where offered, so the export cannot drift from the edit.
| Resolve setting | 4K30 | 4K60 | 1080p30 | 1080p60 |
|---|---|---|---|---|
| Format and codec | MP4, H.264 | MP4, H.264 | MP4, H.264 | MP4, H.264 |
| Quality, restrict to | 50000 Kb/s | 75000 Kb/s | 18000 Kb/s | 26000 Kb/s |
| Encoding profile | High | High | High | High |
| Rate control | Variable bitrate, key frames automatic, frame reordering on | |||
| Audio | AAC, 320 kbps, 48 kHz, stereo | |||
Set Data Levels to Video, not Full, for a standard Rec.709 upload. In Color Space Tag choose Rec.709 and in Gamma Tag choose Rec.709 or Gamma 2.4, matching your project color management. Mismatched tags explain most uploads that look right in the editor and wrong in the browser.
In the Audio tab, select AAC at 48 kHz and 320 kbps. Check loudness on the finished file, not just the timeline meters, and aim for about minus 14 LUFS before you render.
Final Cut Pro export settings for YouTube
In Final Cut Pro, export via Share and Master File or through Compressor, using H.264 in an MP4 or MOV container at the project resolution, with Compressor giving you the two pass and exact bitrate control that the basic Share menu hides.
For full control, send the project to Compressor and build a YouTube setting once. Choose H.264, set the data rate manually and select two pass variable bitrate. That matches the Premiere Pro approach above and gives the cleanest results on detailed footage such as foliage, water and camera movement.
| Final Cut Pro and Compressor setting | 4K30 | 4K60 | 1080p30 | 1080p60 |
|---|---|---|---|---|
| Data rate, average | 45 Mbps | 68 Mbps | 16 Mbps | 24 Mbps |
| Data rate, maximum | 60 Mbps | 85 Mbps | 20 Mbps | 30 Mbps |
| Encoding mode | H.264, variable bitrate, 2-pass in Compressor | |||
| Color | Rec.709, match project color space, no conversion on export | |||
| Audio | AAC, 320 kbps, 48 kHz, stereo | |||
Check three items before you export. Project resolution and frame rate should match your best footage. If the library uses wide gamut settings but the video is SDR, export Rec.709 rather than sending HDR by accident. Inspect the first and last frames after export.
CapCut export settings for YouTube
In CapCut, export at your project resolution with Frame Rate matched to your footage, Bit Rate set to Recommended or a custom high value, Format MP4, Codec H.264, and audio at 320 kbps and 48 kHz where the desktop version exposes it.
Prefer the desktop app for long form uploads, because it exposes more controls than mobile. For a normal vlog choose 1920 by 1080 or 3840 by 2160. Set Frame Rate to the rate you filmed, usually 30 or 60. The Recommended bit rate suits simple talking head clips, but busy footage benefits from the higher custom values in this table.
| CapCut setting | 4K30 | 4K60 | 1080p30 | 1080p60 |
|---|---|---|---|---|
| Bit rate | 45 to 55 Mbps | 68 to 80 Mbps | 16 to 20 Mbps | 24 to 30 Mbps |
| Format and codec | MP4, H.264 | |||
| Color | Rec.709 export, HDR off for standard uploads | |||
| Audio | AAC where offered, 320 kbps, 48 kHz | |||
Turn off any setting that adds a watermark, an end card you did not design, or burned in captions you cannot undo. If you need more control over loudness, color tags or two pass encoding, our guide to free editing software for vlogging shows where the step up begins.
If you edit on a tablet, the same bitrate and audio values apply. Our guide to the best tablets for photo editing covers the displays and performance to look for in a tablet you also cut video on.
Why YouTube re-encodes your upload: VP9 and AVC explained
YouTube re-encodes every upload into several playback versions at lower bitrates. Newer and higher resolution uploads often get the more efficient VP9 codec, while many 1080p uploads are served in AVC, which needs more bitrate for the same detail.
Your uploaded file is never the file viewers watch. YouTube builds smaller versions for phones, browsers, TVs and slow connections. You control upload quality completely. You influence playback quality by giving the system a better source and, in some cases, a higher resolution source.
AVC is widely compatible and commonly used for 1080p playback. VP9 compresses more efficiently, so detail and motion hold up better at the same playback size. YouTube decides which uploads get which treatment, and resolution is a trigger you can control. A 1440p or 4K master often leads to VP9 playback and a cleaner picture on large screens.
Upscaling a soft 1080p timeline to 4K does not create real detail. It can improve how playback compression handles the detail you have, at the cost of file size and upload time. Test it on one detailed video and keep it only if you can see the gain.
Never upload a file that is already heavily compressed, such as a copy downloaded from another platform or sent through a messaging app. Each extra pass stacks its damage under the YouTube pass. Always upload from the editor export and keep that master archived.
Color, audio and loudness settings that hold up after upload
Export standard vlogs in Rec.709 with video data levels, and export audio as AAC at 320 kbps and 48 kHz with integrated loudness near minus 14 LUFS and true peaks at or below minus 1 dB.
Color problems on upload usually come from tags and levels. If you filmed in Log, convert it in your timeline and export the finished Rec.709 result. Do not upload a flat Log file and expect YouTube to grade it. Keep the whole chain in Rec.709 from project to export. A clear breakdown of vlogging camera settings explained in plain terms covers the in camera side of that chain.
One number needs a footnote. YouTube’s own audio guidance lists 384 kbps for stereo, but most editors cap AAC export at 320 kbps, and the gap between the two is inaudible in a finished vlog. Export at 320 kbps and move on. Re-encoding your audio just to chase the higher figure costs quality instead of adding it.
YouTube normalizes playback loudness, turning down videos louder than its target. A mix near minus 14 LUFS integrated sits at that target, so your vlog plays at the level you intended. Dialogue should carry the measurement.
- Integrated loudness: About minus 14 LUFS for the full video.
- True peak: Minus 1 dBTP or lower, so encoding does not clip peaks.
- Audio format: AAC, stereo, 48 kHz, 320 kbps. Avoid MP3 audio in an MP4 upload.
- Data levels: Video range for SDR uploads, with color space and gamma tags both set to Rec.709.
- HDR: Only for a true HDR timeline, with correct HDR metadata. Never as a default.
Exporting HDR video for YouTube
Only export HDR if the whole project was shot and graded for HDR. HDR uploads need more bitrate than SDR at the same size: 44 to 56 Mbps for 4K30 and 66 to 85 Mbps for 4K60, with Rec.2020 color and a PQ or HLG gamma tag, or YouTube will show a flat, washed out picture.
HDR is the one case where the main bitrate table does not apply. The wider brightness and color information needs more data at every resolution, so YouTube publishes a separate HDR table. The values that matter for vloggers are these:
| Resolution | Standard frame rate (24, 25, 30) | High frame rate (48, 50, 60) |
|---|---|---|
| 2160p (4K) HDR | 44 to 56 Mbps | 66 to 85 Mbps |
| 1440p HDR | 20 Mbps | 30 Mbps |
| 1080p HDR | 10 Mbps | 15 Mbps |
| 720p HDR | 6.5 Mbps | 9.5 Mbps |
Bitrate alone does not make an HDR upload. The file also has to carry the right metadata: Rec.2020 primaries and a PQ (HDR10) or HLG transfer tag, set by your editor’s HDR export path. If an HDR upload looks dull or dark, suspect the tags before the numbers, because extra Mbps cannot repair wrong color handling. And if your timeline is SDR, keep it SDR. Tagging a standard vlog as HDR does not improve it; it just hands viewers a picture their screens render incorrectly.
Exporting YouTube Shorts: the vertical variant
Export Shorts at 1080 by 1920, 9 to 16 aspect ratio, under three minutes, with H.264 video at 16 to 24 Mbps for 30 fps or 24 to 32 Mbps for 60 fps, and the same AAC 320 kbps, 48 kHz, minus 14 LUFS audio as long form.
Build Shorts on a separate vertical timeline, not as a cropped afterthought. Set the canvas to 1080 by 1920, reframe each shot by hand, and move captions away from the right edge and bottom, where the app interface covers the picture. A full vertical video guide for Shorts, Reels and TikTok covers those framing rules in detail.
| Shorts setting | Value |
|---|---|
| Resolution | 1080 by 1920 |
| Aspect ratio | 9 to 16, vertical |
| Duration | Up to 3 minutes, most Shorts work best well under 60 seconds |
| Bitrate, 30 fps | 16 to 24 Mbps, H.264 |
| Bitrate, 60 fps | 24 to 32 Mbps, H.264 |
| Audio | AAC, 320 kbps, 48 kHz, about minus 14 LUFS |
| Color | Rec.709, video levels |
If your Short is designed to loop, end on a frame that cuts cleanly back to the first frame and avoid a fade to black. Export without watermarks from other apps.
Why your upload looks soft or washed out: quick fixes
Work through the failure before you raise the bitrate. A soft picture right after upload usually means processing is still running, a washed out picture points at color tags or data levels, and break-up in motion points at bitrate or noisy footage.
- Soft right after upload: You are watching the quick low resolution version. HD, 4K and HDR processing continue in the background, sometimes for hours on long videos. Upload unlisted, wait for processing to finish, then judge the picture.
- Fast motion breaks into blocks: Raise the upload bitrate a step, and check the source for heavy grain, noise or sharpening, all of which eat bitrate before real detail gets any.
- Washed out or flat colors: Almost always a tag or levels problem. Compare the exported file against the editor, confirm data levels are set to Video and the color tags read Rec.709 for SDR, as covered in the color section above.
- Audio sounds quiet or uneven: Measure the exported file, not the timeline. If the mix sits well under minus 14 LUFS, YouTube turns it up along with its noise floor. Fix the mix and re-export.
- Everything looks right locally but wrong on YouTube: Play the exported master file outside the editor before you blame the platform. If the master is clean, the problem is in processing or tags, not in your edit.
The pre-upload checklist: five minutes before you export
Before every export, confirm resolution and frame rate match the timeline, bitrate matches your preset table, color is Rec.709 with video levels, audio is AAC 320 kbps at 48 kHz near minus 14 LUFS, and the file plays cleanly outside the editor.
- Timeline match. Export resolution and frame rate equal the timeline.
- Preset check. Use your saved preset and read the bitrate fields once.
- First and last frames. No black flash, no frozen transition, no cut off word at the end.
- Color spot check. One bright scene, one dark scene, one skin tone.
- Loudness check. Measure the exported file: about minus 14 LUFS, true peak at or below minus 1 dB.
- Caption plan. Upload a caption file. Do not rely on a burned in copy you cannot fix.
- File naming and archive. Name the master with title and date, and store it apart from cache files.
- Upload as unlisted first for big videos. Let processing finish, check the HD and 4K versions, then publish. New channels will find the workflow in our guide on how to start a YouTube channel.
Export settings questions, answered
Quick answers on bitrate, codecs, upscaling, loudness and file size, using the same numbers as the presets above.
What is the best bitrate for a 4K YouTube upload?
Use 45 to 55 Mbps for 4K30 and 68 to 85 Mbps for 4K60, in H.264 with VBR 2-pass where offered. YouTube recommends 35 to 45 Mbps for 2160p30 and 53 to 68 Mbps for 2160p60, so these values sit just above the official range.
What bitrate should I use for 1080p on YouTube?
Export 1080p30 at 16 to 20 Mbps and 1080p60 at 24 to 30 Mbps. The official values are lower, at 8 and 12 Mbps, but a higher upload bitrate holds up better after YouTube compresses the video again, especially with motion, foliage, water or grain.
Should I upload in H.264 or H.265?
Use H.264 as the default. It is the format YouTube recommends, it processes predictably, and every editor in this guide exports it well. The one exception is 10-bit footage: an H.265 export from a 10-bit timeline, which DaVinci Resolve handles well, can hold gradients and shadow detail with less banding than H.264. For standard 8-bit SDR vlogs, H.264 stays the safer and faster choice.
Does uploading 1080p footage in 4K improve quality?
It can help a little, because higher resolution uploads often receive VP9 playback, which handles detail better than AVC. It does not add detail that was never filmed. Expect the clearest gain on detailed, moving footage on a large screen, and little gain on a static talking head clip.
What does VP9 mean in Stats for nerds?
VP9 is a playback codec YouTube uses to deliver video to viewers. It compresses more efficiently than AVC, so the same scene looks cleaner at a given playback size. You cannot select it directly. YouTube assigns it in processing, and higher resolution uploads are more likely to receive it.
How loud should a YouTube video be in LUFS?
Aim for about minus 14 LUFS integrated, with true peaks at or below minus 1 dB. YouTube normalizes loud content down toward that level, so a mix close to the target plays back as intended.
Why does my video look washed out after upload?
Usually a data level or color tag mismatch: full range data tagged as video range, or a Rec.709 timeline exported with the wrong tag. Set data levels to Video, set color space and gamma tags to Rec.709, and compare the exported file with the editor before upload.
Is VBR 2-pass worth the extra render time?
For most vlogs, yes. Two pass encoding studies the whole video first, then spends bits where the picture needs them. The gain shows most in pans, action and detailed scenes. For a short, static talking head clip, one pass at a generous bitrate looks nearly the same.
What export settings should I use for YouTube Shorts?
Use 1080 by 1920 vertical, H.264, 16 to 24 Mbps at 30 fps or 24 to 32 Mbps at 60 fps, Rec.709 color, and AAC audio at 320 kbps and 48 kHz near minus 14 LUFS. Keep key text away from the right edge and bottom.
Why is my exported file so large, and should I shrink it?
A 10 minute 4K master at 50 Mbps is about 3.8 GB, and that is correct. Do not run the master through a file shrinker or messaging app before upload, because that extra compression will show in playback.
Keep exploring
Export is the last step of the edit. Start from the homepage for the full camera guides, or compare free editors if you are changing tools.