To keep a YouTube Live relaxation stream playing after its media finishes, set repeat on the source in the encoder that sends the broadcast. In OBS, turn on Loop for one file in a Media Source, or Loop Playlist for several files in VLC Video.
The repeat control on a YouTube watch page does a different job: it changes playback for the viewer using that page, not the feed OBS is sending. Find the source that is ending, set its repeat behaviour, and rehearse the transition before relying on an overnight stream.
Identify what is ending
Start by separating three things that can look like the same problem: the media file, the encoder feed, and YouTube’s live playback. If the video stops and then the scene becomes empty or silent, a source may have reached the end without repeating. If the image freezes or the live preview reports a connection problem, the file may not be the cause at all. If only one viewer sees playback stop, their browser or watch-page controls may be involved.
In OBS, look at the scene that is actually on air and identify the source supplying the relaxation video or audio. A scene can contain several sources, and a source can be present without being visible. If you have a rain background, a music file, and a decorative overlay, work out which one contains the media expected to continue. Check its properties rather than changing unrelated scene or YouTube settings.
A useful diagnostic is to observe the end of a short test file. Does the source restart from the beginning, disappear, or leave a blank frame while OBS remains connected? Those outcomes point to different source behaviour. If the entire OBS output stops or YouTube loses the encoder connection, repeating the file will not repair that separate interruption.
The OBS monitoring guide for an always-on stream can help you think through what to watch after launch. For now, keep the diagnosis simple: identify the media-producing source first, then decide whether you have one file or a sequence.
Loop one file with OBS Media Source
For one relaxation video, add or select an OBS Media Source, open its properties, choose the local file, and enable Loop. OBS describes this option as replaying media once playback reaches the end; its documented default is Off. The setting belongs to that source, so it is worth opening the properties of the exact source in the active scene rather than assuming another source’s settings apply. See the OBS Media Sources documentation for the current control descriptions.
The source should then start the file again after its final frame or audio sample. That handles the transition from the end of one playback to the beginning of the same file. It does not make the computer, OBS, network, or YouTube connection run continuously by itself. A loop is a media setting, not an uptime guarantee.
Check the other playback properties while you are there. OBS documents a Show nothing when playback ends behaviour that hides the source when playback has ended. A correctly looping source should not ordinarily reach a final stop, but a brief rehearsal is still useful: confirm that the source remains visible and that sound resumes as expected. A relaxation stream can be technically live yet still be unpleasant if its audio cuts off or its picture disappears between repetitions.
Common file types such as MP4, MOV, MKV, AVI, WebM, MP3, AAC, OGG, and WAV are listed in OBS’s source documentation. That list is not a promise that every file encoded in those containers will decode correctly on every machine. If OBS does not play the file reliably during a test, try a known-good export or inspect the file before planning a long broadcast.
A single long video may be convenient, but it also makes the end-to-start transition important. Some relaxation videos have a hard change in ambience at the final frame: rain abruptly stops, a music phrase cuts mid-note, or brightness shifts. Listen and watch at the boundary, then decide whether a different edit or a set of shorter, better-matched files would create a calmer repeat.
Loop several files with VLC Video
For a sequence of separate tracks or scenes, use OBS’s VLC Video source rather than treating each item as an unrelated Media Source. Install VLC first, then add a VLC Video source in OBS and populate its playlist with the local files in the order you want. OBS’s documentation says VLC must be installed and that its architecture should match OBS; for example, 64-bit OBS requires 64-bit VLC.
In the VLC Video source properties, enable Loop Playlist. OBS documents this as restarting the source when it runs out of media, and the documented default is On. Still verify the setting in your own source properties: a source can have been created earlier, copied from another scene, or changed during troubleshooting. Do not rely on a default when the visible control can be checked directly.
The playlist order matters. If you arrange a soft dawn recording after a darker night track, that is the sequence viewers will hear when shuffle is off. OBS documents Shuffle Playlist as Off by default, which preserves the listed order. Turn shuffle on only if variation is wanted and the files can safely play in any order. A sequence with spoken introductions, time-of-day references, or a gradual volume plan may not make sense when randomised.
Before using a playlist publicly, test the transition from the last item back to the first. Confirm that there is no distracting pause, unexpected black frame, or sharp change in loudness. These are practical checks, not a claim that VLC guarantees seamless transitions. If a gap is audible, adjust the edit, file order, or source arrangement and test again.
For a devotional channel, for instance, the end of a tanpura track returning directly to a louder opening chant may be jarring even though the playlist repeats correctly. For a study ambience channel, switching from quiet rain to a thunder recording may interrupt concentration. The setting answers whether the list restarts; your review decides whether its contents make a suitable cycle.
Check file order, visibility, and source behaviour
A repeat switch can be correct while the result is still wrong. Check that the source is visible in the scene currently being broadcast, that it points to the intended files, and that the playlist contains no accidental duplicate or missing item. If you maintain multiple OBS scenes, verify which scene is active at the point the broadcast begins and whether a transition could move viewers to a scene with no media.
Pay attention to audio as well as picture. Listen through a full end-to-start transition at a sensible monitoring level. Check that the start of the first file is not much louder than the tail of the last, that no unwanted system sound enters the mix, and that dialogue or devotional vocals remain intelligible. The repeat control will not normalise mismatched files or remove noise embedded in a recording.
If the VLC Video source is blank or unavailable, confirm VLC is installed and matches OBS’s architecture. If a Media Source does not play, confirm its file path still points to an accessible file. Moving a file or disconnecting an external drive can break that path even though the loop setting remains enabled. A test on the actual machine and account used for the broadcast catches these ordinary dependencies.
The guide to running a 24/7 bhajan stream with OBS on a laptop covers the wider local-computer context. The important trade-off is that a local OBS setup gives you direct control over the source and its playlist, while leaving the broadcast dependent on that machine and its connection remaining available.
| Setup | What repeats | Useful when | What still needs attention |
|---|---|---|---|
| OBS Media Source with Loop | One selected media file | You have one edited relaxation video or audio/video file | The file must remain accessible, and the local encoder connection must continue |
| OBS VLC Video with Loop Playlist | The list, from the end back to its beginning | You want several files to play in sequence | VLC installation and matching architecture; order, shuffle, and transitions |
| YouTube watch-page repeat | Playback on the viewer’s page | A viewer wants an uploaded video or playlist to repeat | It does not set the encoder source’s live-feed behaviour |
| Cloud encoder workflow | Depends on the selected service and configuration | You do not want to keep a local encoding computer running | Check current features, terms, costs, and how your files are handled |
The table is a choice of workflow, not a promise that any route will remain online indefinitely. YouTube’s encoder setup guidance includes cloud-based tools for prerecorded streams, but service details can change; verify current information with the vendor before choosing one. If you want to compare local production with a cloud approach, the recorded-video channel setup guide offers another example of a channel built around prepared material.
Keep viewer looping separate from encoder looping
YouTube’s watch-page loop option changes how a viewer plays content on YouTube. YouTube’s help page explains how viewers can repeat a video or playlist: Loop videos or playlists on YouTube. That control does not configure OBS, VLC, or the encoder feed sent to YouTube Live.
The distinction is easy to miss because both controls use the idea of a loop. But they act at different points. OBS or VLC determines what media the encoder places into the outgoing live picture and sound. The watch page determines how a person’s device handles playback of content on that page. Clicking a viewer-side repeat control cannot make an OBS source restart after it reaches the end.
YouTube Live receives an encoder feed. In YouTube Studio, you create or select a stream, copy its stream URL and key into the encoder’s stream settings, start the encoder, and use the Live Control Room preview and go-live flow. YouTube’s instructions are in Set up your encoder for live streaming. Treat the stream key as private: YouTube describes it as the stream’s password and address in its live stream settings help.
YouTube also provides auto-start and auto-stop controls for encoder-driven streams. Those govern aspects of starting and stopping a broadcast; they do not replace the repeat setting on the media source. If the source finishes and has no repeat behaviour, changing a watch-page option or start/stop preference is not a substitute for configuring the source.
Test before going live
A private or unlisted rehearsal gives you a chance to see the whole chain without relying on assumptions. Start OBS with the intended scene and source, connect it to the stream in YouTube Studio, and inspect the Live Control Room preview before making the broadcast public. If live streaming has not previously been enabled on the channel, YouTube says first-time enablement may take up to 24 hours, so allow time rather than discovering that requirement at the planned start.
For a repeat test, use a short sample or seek close to the end of the selected file, then watch whether playback returns to the beginning. With VLC Video, test the final playlist item returning to the first. Listen for a gap or abrupt level change and check that the picture remains visible. Then let the test run long enough to confirm that the source and encoder stay active beyond the transition.
Check the stream status and the preview, not just the local OBS canvas. YouTube recommends testing the encoder setup, previewing before going live, monitoring audio and video, and leaving upload bandwidth headroom. Its live-streaming tips recommend 20% headroom above the total streaming bitrate. That is guidance from YouTube, not a guarantee that a particular connection will be stable; other household use, Wi-Fi conditions, and changes in the upload connection can matter.
During a longer broadcast, keep an eye on both the outgoing feed and the media source. If the source loops but the preview freezes, look at the encoder, machine, network, and stream status rather than repeatedly changing the repeat control. If the preview remains connected but goes blank exactly at the end of a file, reopen the source properties and confirm the correct loop setting and file path.
If you cannot or do not want to keep a local computer running, a cloud workflow is a different operating choice, not a magic fix for every source issue. StreamNeo is for the specific case where you want an uploaded video to keep feeding a YouTube live broadcast without leaving your own computer switched on; decide whether that removes the local-machine dependency that is causing difficulty, while still testing the resulting channel and file before relying on it.
Also plan how you will keep a copy of the broadcast. YouTube says streams shorter than 12 hours can be automatically archived, recommends making a local archive, and warns that streams longer than 12 hours may not be captured at all. This is an archive caveat, not a promised maximum live duration or a guarantee that a shorter stream will be saved. For an overnight or continuous channel, decide whether local recording or shorter sessions better meet your preservation needs.
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FAQ
How do I loop a playlist in OBS for YouTube Live?
For a single file, use an OBS Media Source and turn on Loop in its properties. For several files, use VLC Video, add the files in the desired order, and enable Loop Playlist. Test the end-to-start transition before broadcasting publicly.
Does the YouTube repeat button keep my live feed going?
No. The watch-page repeat control affects playback for the viewer using that YouTube page. Set repeat on the media source in the encoder sending the live feed.
Why does OBS still go blank when Loop is enabled?
Confirm that the active scene contains the correct visible source, that its file path works, and that the setting is enabled on that specific source. If the OBS preview looks right but the YouTube preview does not, inspect the encoder connection and stream status as well.
Will looping guarantee a 24/7 stream or archive?
No. Looping restarts media; it does not guarantee that the computer, encoder, network, or YouTube connection stays operational. YouTube also warns that streams longer than 12 hours may not be captured as an archive, so make a separate recording plan.