Once you know what bitrate is (see what bitrate actually means if you need the fundamentals first), the practical question for anyone exporting a video for YouTube is much narrower: what number should you actually type into your export settings?
There’s a specific, official answer, and it’s lower than most creators assume — plus one counterintuitive fact that saves a lot of wasted upload time: going far above YouTube’s recommendation doesn’t make your video look better on the platform.
YouTube’s Official Recommended Upload Bitrates
These figures come from YouTube’s own creator help documentation for standard dynamic range (SDR) uploads using H.264:
| Resolution | Frame rate | Recommended bitrate |
|---|---|---|
| 2160p (4K) | 24–30fps | 35–45 Mbps |
| 2160p (4K) | 48–60fps | 53–68 Mbps |
| 1440p (2K) | 24–30fps | 16 Mbps |
| 1440p (2K) | 48–60fps | 24 Mbps |
| 1080p | 24–30fps | 8 Mbps |
| 1080p | 48–60fps | 12 Mbps |
| 720p | 24–30fps | 5 Mbps |
| 720p | 48–60fps | 7.5 Mbps |
For HDR uploads, YouTube recommends roughly 1.3–1.5x these SDR figures at the same resolution and frame rate, to accommodate HDR’s wider dynamic range data.
Higher frame rates (48–60fps) need meaningfully more bitrate than standard 24–30fps content at the same resolution, because there’s simply more unique frame data per second to encode — this is the same principle covered in our what bitrate actually means guide, just applied specifically to YouTube’s numbers.
Why Uploading Way Above These Numbers Doesn’t Help
This is the part that surprises a lot of creators: YouTube re-compresses every single video you upload, regardless of your source bitrate. Your upload gets transcoded into YouTube’s own delivery formats (multiple resolutions, multiple codecs including VP9 and AV1 for supporting devices) before any viewer ever sees it.
That re-compression step means there’s a practical ceiling on how much your original upload bitrate can help. Once you’re at or reasonably above YouTube’s recommended figure, the source file already contains enough data for YouTube’s transcoder to produce a clean result — uploading at 3x or 5x that bitrate “just in case” doesn’t produce a visibly better final video for viewers, because the bottleneck has shifted to YouTube’s own re-encoding, not your source file’s data density.
What excessive source bitrate does cost you:
- Longer upload times — a 4K video at 150 Mbps takes proportionally longer to upload than the same video at 45 Mbps, for a final result viewers can’t distinguish.
- More local storage and export time — bigger export files take longer to render and eat more disk space before you’ve even started uploading.
- No corresponding benefit — once you’re safely at or slightly above YouTube’s recommended number, additional bitrate is data YouTube’s transcoder discards anyway during its own compression pass.
The practical target, then, isn’t “as high as possible” — it’s YouTube’s recommended figure, or modestly above it as a safety margin (some creators export at roughly 1.5x YouTube’s number to give the transcoder slightly more to work with), not multiples beyond that.
Don’t Forget the Audio Track’s Bitrate
Most of the attention in export settings goes to video bitrate, but the audio track has its own recommendation too, and it’s easy to leave on a low default without noticing. YouTube recommends stereo AAC-LC audio at 384 Kbps for standard uploads (128 Kbps is the practical floor most editors default to, which is noticeably worse for anything beyond spoken dialogue). If your export preset is set to a generic “web” audio quality, it’s worth checking that number specifically — a video encoded at a perfect video bitrate paired with muddy, over-compressed audio is a common and entirely avoidable mistake, since audio bitrate is a separate setting from video bitrate in almost every export dialog.
A Quick Way to Check Your Export Settings’ Current Bitrate
Before uploading, it’s worth confirming what bitrate your export actually landed on rather than assuming your editing software’s preset matches YouTube’s recommendation:
- VLC: open the exported file, go to Tools → Codec Information — the video bitrate is listed alongside resolution and codec.
- FFmpeg/ffprobe (command line):
ffprobe -v error -select_streams v:0 -show_entries stream=bit_rate -of default=noprint_wrappers=1 output.mp4 - Windows file properties: right-click the exported file → Properties → Details — bitrate is shown for many (not all) container formats.
- Editing software export summary: most editors (Premiere, DaVinci Resolve, Final Cut) display the target/estimated bitrate directly in the export dialog before you render — worth checking against the table above before committing to a long export.
If your export preset is defaulting to something dramatically higher or lower than YouTube’s recommendation for your resolution and frame rate, adjust it manually rather than trusting a generic “high quality” preset, which may not be tuned to YouTube’s specific numbers.
Codec Also Matters, Not Just the Bitrate Number
YouTube’s official bitrate table above assumes standard H.264 encoding. If your export software supports H.265/HEVC or AV1, you can generally hit equivalent visual quality at a meaningfully lower bitrate than the H.264 figures above — useful for keeping upload file size down without sacrificing the quality YouTube’s transcoder has to work with. See our comparisons of H.264 vs H.265 and AV1 vs H.264/H.265 for how much lower you can realistically go with each, and the trade-offs (mainly encoding time and software compatibility) that come with using a more efficient codec for your export.
What to Do Next
- Match your export bitrate to YouTube’s table above for your resolution and frame rate — don’t default to your editor’s generic “maximum quality” preset without checking the actual number it produces.
- If your source footage is already oversized or was shot at unnecessarily high bitrate, run it through AllMediaTools Video Compressor to bring it down to a sensible size before upload, without a visible quality hit.
- If you need to change container or codec format before uploading (for example, exporting from a format YouTube handles less efficiently), AllMediaTools Video Converter handles the conversion directly in your browser.
- If you’re deciding which codec to export with in the first place, read H.264 vs H.265 and AV1 vs H.264/H.265 to see which gets you YouTube-ready quality at the smallest practical file size.
Frequently Asked Questions
What bitrate does YouTube recommend for 1080p?
8 Mbps for standard 24–30fps content, or 12 Mbps if you’re uploading at 48–60fps. These are YouTube’s own published figures for standard dynamic range H.264 uploads.
Does uploading at a higher bitrate than YouTube recommends improve quality?
Not meaningfully. YouTube re-encodes every upload into its own delivery formats regardless of your source bitrate, so once you’re at or reasonably above the recommended figure, extra bitrate mostly just increases upload time and file size without a visible improvement in what viewers actually see.
What bitrate should I use for 4K YouTube uploads?
35–45 Mbps for 24–30fps, or 53–68 Mbps for 48–60fps, per YouTube’s official recommendations. HDR 4K content should target roughly 1.3–1.5x these figures.
How do I check what bitrate my exported video actually is?
Open the file in VLC and check Tools → Codec Information, use ffprobe from the command line, or check your editing software’s export summary before rendering. Windows file Properties → Details also shows bitrate for many formats.
Should I use H.264 or H.265 for YouTube uploads?
Either works — YouTube accepts both. H.265 (and AV1, where supported) can hit the same visual quality at a meaningfully lower bitrate than H.264, which is useful if upload time or local storage is a constraint, though H.264 remains the most universally compatible export option across editing software.