A scheduled YouTube Live event and a looping video are two separate things: YouTube holds the event page, while OBS sends the video and audio feed. Set up the loop in OBS, schedule an encoder-based event in YouTube Studio, connect OBS to that event, then check the Live Control Room preview before you go live.
Scheduling does not make OBS start sending video at the scheduled time. You must start the encoder, and the event will go live when you use YouTube’s manual control or when the event’s configured auto-start behaviour applies.
Schedule an encoder-based event in Studio
In YouTube Studio, choose Create, then Go Live, open Manage, and select Schedule Stream. Create a new event or reuse settings from an earlier one. This creates the upcoming broadcast and its watch page; it does not upload your video, start OBS or make a loop by itself. YouTube describes scheduled streams as a way to let viewers find an upcoming broadcast and opt in to notifications. See YouTube’s instructions for scheduling a live stream for the current interface and workflow.
Set the event’s title, description, visibility and scheduled time. Check these details before you save, particularly if you reuse settings. YouTube notes that reuse can carry over metadata, settings and the stream key, so an old title, visibility choice or start-control setting may not suit this event. Treat reuse as a shortcut for fields worth carrying forward, not as a reason to skip reviewing them.
The time you select is the time you intend the audience to see the broadcast. It is not a timer that wakes your computer or tells OBS to begin playback. If a devotional programme is scheduled for 7 pm, for example, OBS still needs to be running and sending the loop before the public stream can begin. Leave time to confirm the feed and use the correct start control.
A scheduled event is also distinct from an ordinary video upload or a Premiere. An upload publishes a video for on-demand viewing; a Premiere has its own viewing and launch flow. Here, the event is an encoder-based live broadcast, with OBS supplying a live feed that may contain pre-recorded material. If you are deciding whether a repeated feed suits your channel, the guide to looping the same video all day on YouTube Live covers the broader format question.
Prepare the OBS Media Source loop
Open the OBS scene you intend to use, or create one for this broadcast. Add a Media Source, select the local video file, and enable Loop in the source properties. OBS documents that Loop is off by default, so check the box rather than assuming a source will repeat when it reaches the end. Its Media Sources guide lists the built-in source’s supported formats, including MP4, MOV, MKV and WebM.
Play the source in OBS and check that the image is framed correctly and that its sound reaches the intended output. Listen on the monitoring device you will use during the broadcast, not only by watching the moving picture. A silent file, a muted source or audio routed to the wrong output can look like a healthy scene until a viewer hears it. Also check the start and end of the file: a black frame or abrupt cut can repeat at every loop boundary.
Loop only means that OBS repeats the selected media while the source is active. It does not schedule OBS to open, switch scenes or remain connected overnight. If the computer sleeps, OBS closes, the source is removed from the scene or the network connection fails, the Loop setting will not prevent that interruption. Keep a separate plan for running the encoder and monitoring the event.
For one file, the built-in Media Source is the direct choice. For a sequence, OBS also documents a VLC Video source with playlist controls, including Loop Playlist; VLC must be installed for that source to be available. A playlist makes sense for a rotating set of bhajans or a sequence of notices, but it adds another component to check. Use a single file where an unchanging loop is all you need, and a playlist only when the sequence itself matters.
| Need | OBS source | What to check |
|---|---|---|
| Repeat one video | Media Source with Loop enabled | The file plays through and returns to its beginning cleanly |
| Repeat a set of clips | VLC Video playlist with Loop Playlist | VLC is installed and the playlist order and transitions are correct |
If you use a playlist, do a full test of the sequence rather than checking only its first clip. Check whether the order is fixed or shuffled, and listen to the joins between files. The aim is not to add complexity for its own sake; it is to know what viewers will see when the material turns over.
Connect OBS to the scheduled event
In OBS’s streaming settings, choose YouTube if OBS offers the direct platform connection, then select or authorise the correct channel and event as prompted. If the encoder connection is configured with server details instead, copy the scheduled event’s stream URL and stream key from YouTube Studio into OBS. Follow the current connection steps in YouTube’s encoder setup guide.
Make sure the feed is associated with the event you just scheduled. A channel may have several upcoming events, and sending OBS to the wrong stream key can put a feed on a different broadcast than the watch page you have shared. Before starting, compare the event title in Studio with the title on your notes or schedule. Do not treat the stream key as the event itself: the key lets the encoder send data, while the event is the broadcast and audience-facing page.
Keep the stream key private. YouTube describes stream keys as similar to a stream’s password and address. Anyone who can use an exposed key may be able to send a feed to that destination. Avoid putting it in screenshots, public chat or shared notes. If you believe it has been exposed, use YouTube’s documented reset process in Live Control Room and update OBS with the replacement key.
Connection settings affect the feed YouTube receives, but there is no single bitrate or resolution that is correct for every source and upload connection. Use YouTube’s published encoder settings by resolution and frame rate as a reference for the source you have, then test with representative motion and audio. A still devotional image with speech has different content from a local news loop with moving footage. Watch the stream health indicators during a test rather than copying a number without checking whether your connection can sustain it.
If you run an always-on channel from a computer, the event is just one part of the operating plan: the device, encoder and connection all need attention. For a deeper look at the trade-offs behind a 24/7 church stream hosted on a VPS in India, consider whether you need that always-on arrangement or only a scheduled programme with a prepared file.
Check the Live Control Room preview
Start OBS so it begins sending the loop, then open the scheduled event’s Live Control Room. Allow time for the incoming feed to appear in preview. The scheduled clock time alone does not show that video is arriving, and a visible preview does not necessarily mean the public event has already started. The preview is your opportunity to check the selected feed before it becomes the live programme when manual control is enabled.
Check the actual picture and sound, not just the fact that a status indicator has changed. Confirm that the intended file is playing, that the opening image is suitable, that audio is present at a sensible level and that the stream is associated with the right scheduled event. If your channel relies on spoken introductions, check that speech is intelligible on a phone or another ordinary listening device. A desktop monitor can hide problems that are obvious on a small speaker.
YouTube’s preparation advice recommends setting up the encoder at least two hours before the event and starting it at least 15 minutes before the scheduled time. Those are YouTube’s operational recommendations, not a guarantee that every setup will need exactly that much time. They give you room to notice a missing source, incorrect key or audio problem before viewers arrive. See YouTube’s live streaming tips for its broader preparation guidance.
Check the public watch page as well as the control room. Open it from the channel or the event link and, if practical, test on a mobile device or a separate account. Confirm that the page shows the expected event and that the stream is visible once you have made it live. This helps distinguish a working encoder preview from a broadcast that viewers can actually watch.
If the preview is wrong, pause before going live. Check OBS’s selected scene and source, the event’s stream connection and audio routing. Correct the problem, wait for the preview to update, and verify again. It is easier to fix a wrong scene before the audience sees it than to explain it after a scheduled programme has begun.
Start manually or use configured auto-start
YouTube provides controls that can allow the encoder to start the event automatically, or leave you to use the manual Go live control. With manual start, the sequence is straightforward: start OBS, inspect the preview, and click Go live only when the right feed is ready. This gives you a deliberate final check, which is useful when a person can be present at broadcast time.
Auto-start can reduce the number of actions you need to take in Studio, but it does not remove the need for OBS to send a feed. It is a setting on the selected event, not an effect of scheduling the event or enabling Loop in OBS. Check the event’s start controls before relying on automatic behaviour, especially if it was created by reusing an earlier stream’s settings. YouTube’s live stream settings guidance explains the available controls; the visible options can change, so verify them in Studio.
| Start approach | What you do | Main trade-off |
|---|---|---|
| Manual | Start OBS, inspect preview, then choose Go live | Requires someone to act at the start, but gives a final human check |
| Configured auto-start | Enable the event’s auto-start control and start the encoder feed | Fewer Studio actions, but depends on the event’s actual setting and a working feed |
Choose based on who will be present and what the programme requires. For a one-off community announcement, manual control may be worthwhile because someone can confirm the opening. For a routine loop at a fixed time, configured auto-start may reduce a missed click, but test the exact event and workflow in advance. Do not infer its behaviour from another event: reused settings may include the earlier event’s control choices.
In either case, the stream only has something to show if OBS is running, connected and sending the intended media. Looping one video helps it continue past the end of the file while the source is active; it does not restart a stopped broadcast or recover a sleeping computer. If you need the feed to operate when your own computer is switched off, StreamNeo removes the specific burden of keeping that computer running by taking an uploaded video and running it as a YouTube live stream.
End manually or use configured auto-stop
Decide how the event will finish before it starts. With manual control, use End Stream in YouTube when the programme is over, then stop OBS from sending content. This gives you a clear point at which to end the public broadcast. If you stop the encoder first, pay attention to the event’s behaviour and control it deliberately rather than assuming that a scheduled end time will close every stream.
YouTube also offers an auto-stop control for an encoder-based event. When configured, it allows the encoder’s stop to end the stream. Check that the selected event has the intended setting; do not assume that auto-stop is on, or that settings copied from a previous broadcast are appropriate. The control changes how the event responds when the encoder stops, not whether the event is scheduled or whether OBS loops the file.
| End approach | What you do | Main trade-off |
|---|---|---|
| Manual | End the stream in Studio, then stop OBS | Clear operator control, but someone must be there to finish it |
| Configured auto-stop | Stop the encoder feed and let the event’s setting end the stream | Fewer end-of-programme actions, but relies on the setting being enabled and correct |
For a short programme, keeping manual control can make the end easier to verify. For a long scheduled loop, auto-stop may suit a planned finish if you have tested the behaviour and know how OBS will be stopped. Avoid ending an event merely by closing an application without knowing whether the public stream has ended. Confirm the event’s status in Studio and, where needed, the public watch page.
YouTube says streams under 12 hours are automatically archived. If you expect an event to run longer, do not assume it will receive the same automatic archive treatment; check YouTube’s current guidance and plan your own recording or archive process if the recording matters. An archive is also separate from the live loop: preserving the recording does not mean that the source loop or event will restart later.
Keep the scheduled watch page in view
The scheduled event’s watch page is useful before and during the broadcast. Share that page in advance if you want viewers to find the upcoming event and set a reminder, rather than sending them to a different upload or a generic channel page. After you start the event, check the same page to confirm it is the broadcast you intended to make public. Keep an eye on its visibility setting as well: the correct feed sent to an event with the wrong visibility will not meet the audience plan.
During a longer programme, monitor stream health, picture and sound rather than treating a successful start as proof that the whole run is fine. Listen for a file that has no audio after its first section, watch for a scene change that reveals the wrong source, and check that the picture remains present after the media loops. YouTube’s tips recommend monitoring audio and video and checking access through channel and watch pages, including on mobile.
Keep a practical fallback plan. Know who can reach the computer, where the correct OBS scene is, and how to check the event in Studio. If the feed drops, establish whether OBS stopped, the connection failed or the event ended before making changes. Restarting the encoder without checking the event’s status can create more confusion than it resolves. For channels that need a file to continue after an OBS interruption, this guide to keeping a lecture stream from restarting when a video ends discusses a related continuity problem, though the scheduled-event controls here remain separate.
Finally, use media you have the right to broadcast. The technical setup explains how to send a loop; it does not determine whether a particular song, video or image may be rebroadcast. Check the permissions and current YouTube rules that apply to your material before putting it on a public stream.
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FAQ
Does scheduling start the loop automatically?
No. Scheduling creates the upcoming live event and its watch page, while OBS must send the media feed. The event may start automatically only if its auto-start control is configured and the encoder feed is running; otherwise you use Go live after checking preview.
Does enabling Loop in OBS schedule the stream?
No. Loop tells the active Media Source to repeat its file. It does not start OBS at a chosen time, connect to YouTube or make the scheduled broadcast public.
Should I use a Media Source or a playlist?
Use a Media Source for one video that should repeat. Use the VLC Video source when you need a playlist, and check that VLC is installed and the sequence behaves as intended. Both choices still need OBS to be active and connected to the event.
How do I make sure the event has ended?
Use End Stream if you are managing the end manually, or stop the encoder feed when the event is configured for auto-stop. Check the event’s status in Live Control Room rather than assuming that reaching the scheduled time or closing OBS ended it.