To run a 24/7 classical music stream with OBS, you need a verified YouTube channel, music cleared for both its composition and its particular recording, and an encoder setup that you have tested before publishing. OBS can loop a track or playlist, but a loop does not guarantee uninterrupted delivery or a complete YouTube archive.
The practical workflow is to clear the repertoire, create an encoder stream in YouTube Studio, build a simple OBS scene, test it privately and monitor it while live. If you need a replay, plan for the possibility that YouTube will not capture a very long stream and make a local recording where appropriate.
Check channel eligibility and restrictions
Check that your channel is eligible to stream before spending time on OBS. YouTube’s live-streaming eligibility guidance says a channel must be verified and have no live-streaming restrictions in the preceding 90 days. Verification and live access are separate from configuring an encoder: a correctly set OBS scene cannot make an ineligible channel go live.
Open YouTube Studio and check the Live Control Room for any prompts or restrictions. If this is your first live broadcast, allow time for access to be enabled and for you to test the workflow. Do not wait until the intended launch time to discover that your channel needs verification or that live access is unavailable. See YouTube’s live-streaming access requirements for current eligibility information.
Decide what “24/7” means for your channel before you configure the broadcast. A single continuous stream can be convenient for a listener who returns to the same watch page, but it also means your computer, power, internet connection, OBS session and YouTube ingestion all need to keep working. Scheduled shorter sessions can be easier to test, restart and archive, though they require you to manage transitions between broadcasts.
For a home setup, check the practical basics as well: whether the computer can stay on, whether it will sleep, whether the network is stable enough for sustained upload, and whether someone can see alerts or restore the stream if it stops. An OBS loop solves only playback. It does not provide a backup internet connection, restart a failed computer or guarantee YouTube receives every part of the feed.
Assess composition and recording rights
A classical work and a recording of that work are not the same rights question. An old composition may be in the public domain in some places, while a modern performance, arrangement, edit or master recording can have its own rights. You need to establish permission for the actual audio you plan to transmit, not just identify the composer or the date of the work.
Check the rights for the territories where the stream will be available and for both the live transmission and any replay or archive. The relevant permissions may involve a composer’s or publisher’s rights, an arranger, performers, a record label or another rights participant. A recording labelled “public domain” by an uploader is not, on its own, proof that every layer of the recording is cleared for your intended use.
YouTube’s live terms place the responsibility for necessary rights on the person broadcasting. Its wording covers music licensing rights and other rights participants, so a playlist of familiar repertoire is not a substitute for written clearance. Read the YouTube livestream terms and conditions and check the current rules that apply to your channel and territory.
Content ID also makes the practical outcome less predictable than a rights checklist alone might suggest. YouTube scans live streams for third-party material and may replace the broadcast with a placeholder, interrupt it or terminate it if identified content remains. A licence does not necessarily prevent interruption if a rights owner has not allowlisted your channel through Content ID. Archive claims can also appear after the live session has ended.
Keep a track list and copies of licences or permissions, including any confirmation that the channel has been allowlisted if that is part of the arrangement. Test the exact recording and repertoire in a short stream before relying on it for a continuous broadcast. A pre-stream Content ID check for a video in a YouTube loop can help you investigate a match, but no check should be treated as a guarantee that a later live stream or archive will have no claim.
If you are commissioning performances or using recordings from an archive, ask specifically about livestreaming, on-demand replay and the places where viewers can access the channel. If the answer is unclear, resolve it before broadcasting rather than assuming that non-commercial use, attribution or a public-domain composition settles the recording question. Monetisation and archiving are not automatic consequences of having permission; they are separate platform and rights considerations.
Create an encoder stream in YouTube Studio
Once channel access and music are in order, create or schedule an encoder stream in YouTube Studio’s Live Control Room. YouTube’s encoder workflow gives you a stream URL and a stream key. The URL tells OBS where to send the feed; the key identifies the stream to YouTube.
In OBS, open Settings, then Stream. Select YouTube as the service if it is available in your version, and enter the stream key or connect the account using the offered workflow. If you enter the key manually, treat it like a password: do not put it in a public scene, screenshot, shared document or chat. Reset it in YouTube Studio if you believe somebody else has seen it. YouTube explains the encoder setup in its live encoder instructions.
Keep the stream URL and key associated with the right scheduled broadcast. A copied key is not a public link for viewers, and a viewer-facing watch page is not the encoder destination. Before you press Start Streaming, verify that the selected YouTube stream is the one you intend to test or publish. This small check helps avoid sending a rehearsal to the wrong event or starting a broadcast before the channel details are ready.
Use a simple first scene. A static image that you have permission to use, with the channel name or programme information if useful, is often easier to diagnose than a complicated visual layout. Add an audio source for the music and check that OBS meters respond when playback starts. The OBS Quick Start Guide walks through creating a scene, adding sources and checking the Audio Mixer.
Add and loop music in OBS
For one long audio file, add a Media Source to the scene and select the file. In its properties, enable Loop. OBS documents support for formats including MP3, AAC, OGG and WAV for Media Source. The exact behaviour at the end of your file still deserves a test: listen for a gap, click, abrupt change in loudness or a source that stops instead of restarting.
If you want several tracks, make a playlist and use VLC Video as a source. Install VLC first, then add the playlist and choose Loop Playlist. OBS also offers Shuffle Playlist. A playlist gives you more variety than a single mix, but transitions and track order become part of the broadcast, so listen through them rather than assuming that every file will play cleanly.
| Playback choice | Best fit | What to test |
|---|---|---|
| Media Source with Loop | One continuous programme file or long mix | Whether playback resumes cleanly at the end and the source continues running |
| VLC Video with Loop Playlist | A set of individual track files | Track transitions, playlist order, any silence, and whether the final track returns to the first |
| VLC Video with Shuffle Playlist | A varied sequence where fixed order is not needed | Whether shuffled selection suits the programme and every included recording is cleared |
These options control local playback, not the reliability of the broadcast. They do not restart OBS if it crashes, restore power or take over if the internet fails. See the OBS Media Sources guide for source behaviour and options.
Before building a large playlist, test a small set of files. Confirm that every file opens, the opening and ending are suitable for repeated playback, and no track has a different loudness that makes the next transition jarring. Check whether the source restarts after you close and reopen OBS. Keep your audio files in a location that will remain available, rather than on a removable drive that might be disconnected while the stream is running.
Use OBS’s Audio Mixer to set a sensible level and avoid clipping. Watch the meters while the loudest passage plays, then listen to the output rather than relying only on the meter. A piece that sounds balanced through local speakers may not sound the same to a viewer on a phone or with headphones. Avoid changing levels during a live broadcast unless you know what the change will affect.
Preview picture and sound before going live
Start with an unlisted test broadcast, not a public launch. Start streaming from OBS, then inspect the Live Control Room preview and the viewer-facing watch page. Confirm that the image is present, the audio is audible, the stream is attached to the intended event and the title and visibility settings are correct. Listen from a separate device if you can; monitoring only the computer running OBS may hide a problem in the delivered feed.
Leave the test running long enough to see at least one meaningful playback transition. For a single loop, that means checking the file boundary. For a playlist, listen as tracks change and confirm the list returns to the expected point. If your test uses a different file from the one planned for the real stream, it cannot verify that the real file opens or that its rights are in order.
Check the image for a frozen or blank frame, unintended text, or artwork you do not have permission to broadcast. Check audio for silence, distortion, abrupt volume shifts and unwanted system sounds. If you use a static cover, keep the OBS scene simple enough that a restart or source change will not leave the stream showing the wrong image.
YouTube recommends preparing and testing ahead of a broadcast, and its streaming tips include monitoring stream quality. Use the preview as a practical check, not as evidence that the stream will remain uninterrupted all night. Once the test is satisfactory, stop it, review any claims or alerts, and only then begin the intended broadcast.
Monitor the stream and consider local recording
A channel described as 24/7 still needs an operating plan. OBS can continue sending a feed only while the device, software, network and power remain available and YouTube is receiving it. YouTube advises leaving upload bandwidth headroom and checking stream health; a speed test taken once cannot establish that a home connection will remain stable through every period of the day.
Keep an eye on the Live Control Room after launch, especially at the start and after any change to the scene or playlist. Check for dropped frames, audio loss, warnings or claims. Decide who will respond if the broadcast stops, and make sure that person can access the machine and channel safely. If the stream is important to listeners, test how you will recover from a restart before relying on that process during an unattended period.
OBS running on your own computer means that computer remains part of the broadcast path. If you need the stream to continue while your home computer is off, compare that requirement with a hosted YouTube stream that runs without your home computer. A hosted approach can remove the need to leave your personal computer running, but it does not settle music rights, guarantee an archive or remove the need to check the live result.
If you stay with OBS, keep a local recording when a copy matters and your setup can sustain it. Local recording uses storage and computer resources, so test it alongside streaming before going live. Check that the resulting file contains the expected audio and picture and that there is enough available space for the planned session. Do not assume that a local file will be created merely because OBS is streaming.
For a continuous channel, write down a short recovery checklist: where to find the stream key, how to confirm the right event, how to restart playback, and how to check the viewer page. Protect the key and channel login; the checklist should help an authorised person recover the stream without exposing credentials. A boot-start workflow for an FFmpeg YouTube stream may be relevant if your requirements later move beyond manual OBS operation, but it is a different encoder setup and still needs testing and monitoring.
Understand archiving limits for long streams
Do not plan on YouTube preserving a complete replay of a continuous 24-hour stream. YouTube’s encoder guidance says streams under 12 hours are automatically archived, while its archive help page cautions that a stream lasting more than 12 hours may not be captured at all. That is a platform limitation and warning, not a promise that every shorter stream will be available exactly as expected. Check YouTube’s current live stream archiving guidance before setting your schedule.
If viewers need to replay the programme, consider scheduling shorter sessions and recording locally. Shorter sessions make it easier to inspect each archive and identify missing material, but they create more start and stop points to manage. A local recording gives you another copy to review, but it takes storage and may still be subject to the same rights questions as the live broadcast. Confirm that your permission covers the replay or later upload you intend to make.
After each session, verify the actual result in YouTube Studio rather than assuming the archive exists. If the archive is important, keep the local copy until you have checked that the YouTube version is present and complete. Conversely, if no replay is needed, you may decide that the live channel’s continuity matters more than an automatic archive; make that decision explicitly rather than promising listeners a recording you cannot ensure.
Choose a realistic operating pattern
The simplest setup is not always the best fit for a long-running station. One looped mix is easy to configure and gives you control over the full programme, but it can become repetitive and its end boundary needs careful listening. A playlist has more variety, but every added file is another recording to clear and another transition to test. A continuous broadcast keeps one public destination, while shorter scheduled sessions can make archives and troubleshooting easier to manage.
For a first launch, start with a modest, fully cleared playlist or a single programme file, an unlisted test, and a defined live session. Check the stream end to end, including its archive and local recording if you use one. Once you understand how your particular computer, network, audio files and channel behave, you can decide whether a longer schedule is practical. Do not infer all-night reliability from a brief test.
If the recurring burden is keeping a home computer available solely to send the same prepared programme, StreamNeo can remove that particular task by turning an uploaded video into a YouTube live stream that runs with your computer switched off. That does not clear music rights, guarantee a complete YouTube archive or make the channel available on platforms other than YouTube, so keep the same rights checks and archive planning in place.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Can I use classical music because it is public domain?
Not on that basis alone. Check both the composition or arrangement and the specific recording you want to use, and confirm that your permission covers the live transmission and any replay in the territories where viewers can access it. YouTube may still identify third-party material, so keep documentation and check any allowlisting requirements.
How do I loop music in OBS?
For a single audio file, add it as an OBS Media Source and enable Loop. For multiple tracks, use VLC Video with a playlist and enable Loop Playlist. Test the end of the file or the transitions before publishing, because playback controls do not prove that the stream itself is stable.
Will YouTube archive a 24-hour live stream?
Do not rely on it. YouTube warns that a stream over 12 hours may not be captured, so a continuous 24-hour broadcast may have no complete replay. If the archive matters, consider shorter sessions, keep a tested local recording and verify each archive after the stream ends.
Does an unlisted test prove my stream is ready for a full day?
It confirms useful things such as whether the correct scene, audio and YouTube event are connected, but a short test cannot establish uninterrupted operation for a full day. Monitor the stream, plan how to respond to interruptions and check the actual archive and local file afterwards.