A YouTube podcast radio stream can be made by putting prepared audio or video into an OBS scene, sending that scene to YouTube Live, and checking the feed before you make it public. VLC Video in OBS can cycle through a playlist, but a repeating playlist is not the same as a dependable unattended 24/7 broadcast.
Start by confirming that your channel can livestream, then build and test the playlist and audio path. OBS and VLC run on your computer, so power, network, software, and restart behaviour remain your responsibility for as long as that computer is sending the stream.
Check channel access before setup
Before editing scenes or preparing a long playlist, open YouTube Studio and check the channel’s Live Control Room. YouTube’s current live-streaming eligibility guidance says a channel needs verification and must not have live-streaming restrictions in the preceding 90 days; the guidance also sets a minimum age of 16. First-time live-stream activation can take up to 24 hours, so do not leave activation until the day you plan to launch.
These are platform requirements, not settings that OBS can change. If the Live Control Room says access is unavailable or still being enabled, resolve that through YouTube and wait for the status to update. No encoder workflow bypasses eligibility, account restrictions, or platform review. Check the current official guidance again before a scheduled launch because YouTube’s process and interface can change.
Also decide what the programme actually is. A podcast channel might replay a season, rotate a selection of episodes, or broadcast a single long recording. Those choices affect the playlist, artwork, episode order, rights checks and whether a single continuous session is useful. If you are building a broader always-on channel, the planning considerations in starting a 24/7 lofi channel from India can help you think through programming and operating constraints without treating this OBS setup as a complete unattended service.
Prepare podcast media and a VLC playlist
Put the media you intend to use in a stable, clearly named folder on the computer that will run OBS. Use files you have the right to rebroadcast publicly. Owning a downloaded episode or having permission to listen to it does not by itself establish that you can livestream it, and the same applies to music beds, artwork, photographs and video excerpts. YouTube’s encoder stream instructions remind creators to use material that does not infringe others’ rights; check permissions for the actual works and use you plan to make.
For a sequence of episodes, write down the order before importing anything. A simple list helps you spot a missing file, accidental duplicate, or episode that should not follow another. If you want a fixed rotation, keep the order meaningful. Shuffle is available in the VLC Video source, but random order can make a radio-style schedule harder to explain and can place a later episode before an introduction. Make a separate playlist for each programme block if you need a deliberate sequence.
OBS’s VLC Video source can play multiple media items and offers controls for looping and shuffling. OBS documents that VLC must be installed for this source; if you use 64-bit OBS, the VLC installation needs to be 64-bit as well. The details and supported media handling are in the OBS Media Sources documentation. Install or update the matching software before the test, rather than discovering a missing dependency when the broadcast is due to begin.
Check each file outside the broadcast workflow first. Play it through from start to finish, listen for silence, clipping, unexpected loudness changes or a broken ending, and confirm that the picture or cover image is suitable for public display. If some episodes are audio-only, decide whether they will share a static visual or use separate visuals. OBS can send a visual scene along with the audio; the audience should not be left with an accidental black frame just because an audio file has no picture.
A single file and a multi-item rotation are different jobs. OBS’s ordinary Media Source is often simpler when you only need one local file to repeat. VLC Video is useful when you need an ordered set of files or want the option to shuffle. Compare the choices before building the scene:
| Need | OBS Media Source | OBS VLC Video source |
|---|---|---|
| One file repeated | A direct fit for a single local file | Can be used, but playlist features may be unnecessary |
| Several episodes in a sequence | Not the playlist-oriented choice | Add multiple files and set the intended order |
| Randomised order | No playlist shuffle workflow | Shuffle Playlist is available as a source option |
| Software dependency | Uses OBS’s media source handling | Requires VLC installed, with matching 64-bit architecture for 64-bit OBS |
The options do not decide whether your show is suitable for an always-on schedule. They only describe how media is played in the scene. For a discussion of how YouTube may treat prerecorded programming, see whether YouTube can monetise a 24/7 prerecorded video loop; monetisation and content suitability are separate questions from whether a playlist can play.
Add VLC playback to OBS
Open OBS and create a scene for the radio programme. Give it a name that will still make sense if you later add a starting slate, a maintenance scene or a different programme. In the Sources panel, add a VLC Video source and choose whether it is a new source or an existing one. Add the prepared files to its playlist, then confirm that the order and file paths are right.
Turn on Loop Playlist if the list should begin again after its final item. Leave Shuffle Playlist off unless a random sequence is genuinely wanted. These are explicit playback settings: do not assume that a playlist will repeat just because it contains multiple files. Start the source in OBS and observe the transition from one episode to the next, then wait for the end of the final item to verify the loop. A list that looks correct in the properties window is not proof that playback behaves as intended.
Arrange the source within the canvas. For an audio-only programme, add a suitable background, logo, episode title, or other still visual and check that it fills the output canvas. For video episodes, check that the source fits without covering captions or cutting off important information. Keep on-screen text legible at the intended output size, and avoid promising that a title card will update automatically unless you have tested how it is produced.
Use OBS’s audio mixer while playback is running. The meter should move when the programme audio plays, and it should fall silent when the source is silent. If it does not, inspect the source’s audio settings and the scene’s mixer before adjusting unrelated desktop devices. OBS’s Quick Start Guide covers selecting audio devices under Settings → Audio and using the mixer to check incoming sound. A short recording is a useful way to hear what a viewer would hear, including levels and transitions.
Create or schedule the YouTube stream
In YouTube Studio, open Live Control Room and create a stream or schedule one. A scheduled stream gives you a planned listing and a defined start point; an immediate stream is useful for a controlled test or an unscheduled broadcast. Follow the current Live Control Room prompts rather than relying on an old screenshot or assuming labels have stayed in the same place. YouTube’s encoder setup page describes creating or scheduling an encoder stream and connecting it to a software encoder.
Set the stream title, description, visibility and other public details deliberately. Confirm which audience should be able to watch, and check whether the scheduled listing communicates that the programme is a replay or radio rotation. The public page and the encoder feed are related but distinct: creating a listing does not itself mean OBS is sending video, and an OBS preview does not necessarily mean you have clicked the final go-live control in YouTube.
Plan how you will handle replays before choosing a long session. YouTube says streams under 12 hours are automatically archived, but that statement is not a promise of one complete, automatically available replay for a 24/7 broadcast. If replay matters, consider local recording or splitting the programming into sessions, and check how the resulting videos appear on your channel. A long-running live listing and a useful episode archive do not have to be the same thing.
Connect OBS with the stream URL and key
In Live Control Room, find the stream’s server URL and stream key. In OBS, open Settings → Stream, select YouTube if it is offered for your setup, or use the custom server option and enter the URL and key as directed. Keep the key private. YouTube describes a stream key as the address and password for the stream: someone who gets it may be able to send a feed to your broadcast. Do not paste it into a public document, screenshot, chat or shared notes.
If you think the key has been exposed, reset it in Live Control Room and update the OBS settings before the next broadcast. Do not confuse the key with the public watch link. The key belongs in the encoder configuration; the watch link is for viewers. Avoid sending a test feed to a public stream if you have not yet checked the scene, media and privacy settings.
Choose OBS output settings that suit the intended picture and the actual upload connection. YouTube publishes encoder settings and bitrate guidance by codec, resolution and frame rate; there is no single bitrate that is right for every channel. For example, its table lists H.264 at 1080p30 as 5 Mbps minimum and 14 Mbps recommended. Treat that as a reference for that specified format, not as a target that every podcast stream should use.
YouTube also recommends roughly 20% upload-bandwidth headroom above the stream bitrate. That margin matters because a connection that only just matches the encoder rate has little room for normal variation or other traffic. Test using the same resolution, frame rate and bitrate you intend to use, preferably when the home or studio connection is under ordinary load. If the connection struggles, reducing output demands may be more useful than choosing a larger resolution that cannot be delivered steadily.
When OBS is ready, start streaming and wait for the incoming preview in Live Control Room. Confirm that the image, sound and status are as expected before using Go live where the workflow requires that step. Keep the stream private or unlisted during a test if that is suitable for your purpose, then change the public arrangement only when you have checked the intended viewer experience.
Test looping, audio and restart behaviour
A useful test covers the whole playback cycle, not just the first minute. Play representative media, check the audio meter and preview, and observe a transition between playlist items. If the playlist is meant to loop, let it reach the final item and verify that it returns to the first one. If shuffle is on, check that the order is acceptably random for the programme; if the order matters, turn shuffle off and verify the sequence instead.
Record a short local test in OBS and play it back. Listen for missing audio, sudden level differences, unwanted desktop sounds and gaps between items. Watch for a visual that disappears between files or an episode that opens on a frame you do not want viewers to see. This test also catches a file path that works on one day but fails after files have been moved or renamed. Keep the media in place for the full time you expect OBS to run.
Test the network and stream health in the same output configuration you plan to use. YouTube’s streaming tips advise leaving upload headroom and note that network disruption can affect a stream. Watch the Live Control Room’s preview and health indicators, not only OBS’s local canvas. The local canvas can look correct while the connection to YouTube is dropping frames or failing to deliver a stable feed.
Finally, test what happens after an interruption before you depend on the setup. A local playlist may be able to continue after an item transition, but that does not establish that OBS will reconnect after a network loss, that the computer will recover from a restart, or that the YouTube live session will resume in the way you expect. Simulate a brief stop during a private test if you can do so safely, then observe both OBS and Live Control Room. Write down the actual recovery steps for your configuration rather than assuming a restart is automatic.
Monitor the broadcast and plan for interruptions
OBS and VLC can prepare and send a looping programme while the computer is running, but the workflow depends on that computer, its power, the installed software and a working network connection. A power cut, operating-system update, application crash, router fault or changed file path can interrupt it. Playlist looping solves the end-of-list behaviour; it does not make the whole broadcast self-recovering or guarantee continuous 24/7 operation.
Decide who will check the stream and when, particularly overnight. Look at the viewer-facing page as well as OBS: confirm the correct title and picture, listen for sound, and check Live Control Room stream health. Keep a simple incident note with the time, what failed, whether the feed returned and what action restored it. A pattern of late-night dropouts may point to a home connection or computer issue, but one symptom alone does not identify the cause.
Have a practical recovery plan. Keep the stream key accessible only to people who need it, retain the media files and OBS scene settings, and know how to restart OBS and reconnect the encoder. If reliable unattended operation is more important than operating the playback computer yourself, StreamNeo removes the specific burden of keeping that computer on: you upload the file once and connect the YouTube stream key, while the broadcast runs without your computer. It is still YouTube-only, and you should choose the approach that suits your need for playlist control, monitoring and recovery.
For a longer rotation, changes to the media list also need a plan. You may want to replace an episode without ending a scheduled broadcast, but edits should be tested so they do not cause an unintended gap or wrong item. The practical considerations in removing a video from a scheduled YouTube livestream rotation are relevant when you need to maintain a programme while adjusting its contents.
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FAQ
How do I loop a podcast playlist in OBS?
Add the files to an OBS VLC Video source, then enable Loop Playlist in that source’s settings. Watch the playlist reach its final file and return to the first one before relying on the loop. If you only need to repeat one file, OBS’s Media Source may be simpler.
Do I need VLC installed to use a VLC playlist in OBS?
Yes. OBS’s VLC Video source requires VLC to be installed, and OBS’s documentation specifies matching 64-bit VLC when you run 64-bit OBS. Check the official documentation and your installed versions if the source is missing or does not play media.
Can OBS and VLC run a YouTube radio stream 24/7 by themselves?
They can play and send prepared media while the computer and connection are operating, but that is not a guarantee of uninterrupted 24/7 service. You still need to plan for power, network, software and stream interruptions, and test how recovery works in your setup.
Will a 24/7 stream become one complete YouTube replay?
Do not assume so. YouTube’s automatic archive statement covers streams under 12 hours, not a promise of one complete replay for a continuous 24/7 session. If you need an archive, plan local recording or separate sessions and confirm how the replays appear in your channel.