A prerecorded yoga stretch routine can be presented as a continuous YouTube Live broadcast by looping a local video file in OBS and sending the encoder feed to YouTube. This is a replayed recording, not a real-time class, and the setup does not guarantee that your computer, encoder or network will keep running.
You need a YouTube channel with live streaming enabled, OBS Studio, a video file you have permission to broadcast, and an internet connection that can sustain the selected stream settings. The practical workflow is to create the broadcast, add the file as an OBS Media Source, enable Loop, then preview and test before you go live.
What a prerecorded routine livestream is
In this setup, YouTube receives a live encoder feed, but the pictures and instruction in that feed come from a recording made earlier. The recorded routine repeats when it reaches the end. Viewers can watch it on a live watch page, but you are not teaching them in real time, responding to questions as they arrive, or adapting the sequence to their needs.
That distinction matters for how you describe the channel. Use the title, description and on-screen wording to make clear that viewers are watching a prerecorded routine. Do not imply that you are observing participants or offering individual guidance if nobody is monitoring and teaching live. A viewer following a stretch routine should be able to tell what the format is before they begin.
A continuous loop can suit a channel where someone wants to join at any point, such as a gentle morning stretch station in a studio or a routine playing in a community space. It is less suitable when the session depends on live corrections, a timed class with a definite start, or interaction with an instructor. If those are central to what you offer, a scheduled live class is a different format.
The video itself also affects the viewing experience. A recording that starts with a long introduction or ends with a sign-off will repeat those moments at every boundary. Watch the last minute followed by the first minute before publishing. If there is a pause, abrupt cut, spoken welcome, or music change, decide whether that transition is acceptable for someone joining halfway through.
Check account and encoder prerequisites
First confirm that YouTube has enabled live streaming on the channel you plan to use. YouTube Help says the channel must be verified and must not have a live-streaming restriction in the previous 90 days; creators must be at least 16. YouTube also says first-time activation can take up to 24 hours, so do not leave this check until the intended broadcast time. See YouTube’s live-streaming eligibility requirements and its encoder setup instructions for current requirements.
Install OBS Studio on the computer that will run the encoder, then open it before the broadcast day. Add a temporary scene and make sure OBS can see the local video file. This catches basic issues such as a moved file, a format that does not play correctly, or an unexpectedly blank canvas. A webcam, microphone, capture card or dedicated hardware encoder is not required for this prerecorded-file workflow.
Prepare the file on the computer that OBS will use. Keep it in a stable location rather than on a removable drive that may be disconnected or assigned a different path. Check the full video once, including the audio, the ending, and the opening. Confirm that the file contains the intended version of the routine and does not include private notes, editing bars, or a draft watermark.
Decide whether you need one routine or a sequence of different routines. A Media Source is the straightforward choice for one file. OBS also documents a VLC Video source for playlists; that route depends on VLC being installed and is useful only if you have a genuine playlist requirement. For a single stretch routine, adding extra moving parts makes troubleshooting harder without adding much value. For a broader discussion of sequence and frame-rate choices, see how to choose a frame rate for mixed-source videos in an OBS playlist.
Create or select a YouTube broadcast
Open YouTube Studio and enter Live Control Room. Create a new encoder stream or select the broadcast you intend to use. Set its title, description, visibility and schedule deliberately. If you are checking the setup rather than announcing the routine, an unlisted or private test may be appropriate; check the available visibility options in YouTube Studio and remember that a test still sends a real feed to the selected destination.
YouTube provides a stream URL and a stream key for an encoder connection. Copy both into the corresponding fields in OBS when configuring the streaming service. Treat the key as a password: a person who obtains it may be able to send a feed to your channel’s broadcast. Do not include it in screenshots, public documents, or a message to someone who does not need access. If it is exposed, replace or reset it through the current YouTube controls.
Keep the YouTube broadcast and the OBS connection conceptually separate. The broadcast is the event and watch page managed in YouTube Studio; OBS is the encoder that sends audio and video to it. Creating a broadcast does not by itself make a video loop, and enabling Loop in OBS does not create or schedule the YouTube event.
Before using a scheduled stream, confirm that you have selected the right event and destination in Live Control Room. A common avoidable mistake is to configure OBS correctly but send it to an old stream key or a different broadcast. If you are still learning YouTube’s title and thumbnail controls, this guide to setting a YouTube stream title and thumbnail is relevant to the presentation side, though the encoder workflow here uses OBS.
Add the routine as an OBS Media Source
In OBS, create a scene for this broadcast and give it a recognisable name, such as “Morning stretch loop”. In the Sources panel, use the add control and choose Media Source. Name the source so you can identify it later, then select the local routine file in its properties. OBS’s Media Sources documentation describes the source and its playback options.
The source should appear in the OBS preview canvas. If it does not fill the canvas as expected, check its dimensions and position before going live. Use the transform or fit-to-screen options carefully: a portrait video fitted to a landscape canvas may leave empty space at the sides, while stretching it to fill can distort people’s posture. A clean border or neutral background is usually preferable to changing the shape of the recorded image.
Check the audio path in OBS as well as the picture. Speak or music in the source should register in the mixer when the file plays. Listen through headphones or the computer’s output to catch clipping, very low audio, or an unintended soundtrack. Avoid making a last-minute gain adjustment based only on the mixer meter; listen to the result because a visible signal does not establish that it sounds comfortable.
Be clear about whether your file includes music. If it does, the music is part of the material you are broadcasting, even if the movement instructions are your own. YouTube scans live streams for third-party content, and a rights issue can interrupt or terminate the broadcast. A video that plays locally in OBS is not evidence that you have permission to transmit it on YouTube.
For a separate example of a file-based always-on feed, the public-domain film loop workflow discusses a different type of content and operating setup. The relevant point here is to prepare and verify the source media before connecting it, not to assume that a loop setting settles the rights or technical questions.
Turn on Loop and check the scene
Open the Media Source properties and enable the Loop option. OBS describes this control as specifying whether the file plays again when playback completes. Start or restart the source and watch it reach the end in a local test, then confirm that it begins again. Do not assume a checkbox is enough: verify the actual transition with the file you intend to use.
A yoga routine often has a deliberate beginning and end. If the first frame is a title card and the final frame is a long fade to black, the loop will repeat those elements too. Consider whether a viewer who joins midway will understand what is happening, and whether the restart feels abrupt. The loop repeats the exact same file; it does not select a different routine, skip an introduction, or automatically create a smooth edit.
Look at the full scene at the intended output size. Confirm that the video is not hidden behind another source, that it is framed without distortion, and that any text remains readable. If the recording contains a visible timer or captions, check that they remain within the frame and are not obscured by the YouTube player interface on common viewing devices.
Watch and listen to at least one complete pass if practical. This gives you an opportunity to catch a silent section, unexpected overlay, or cut that might not be obvious from scrubbing. It also lets you see whether the source restarts properly in your version of OBS. The local check verifies the scene’s behaviour in that test; it does not establish that the encoder or connection will stay available for the whole broadcast.
If your format later grows from one routine to several, do not simply add sources and hope they take turns. A playlist has different controls from a single Media Source, and the order and transition need testing. The same distinction appears in troubleshooting guides such as fixing a YouTube Live playlist rotation that stops after a scheduled block, which addresses playlist operation rather than one looping file.
Connect, preview and test the feed
In OBS, open the streaming settings and enter the YouTube stream URL and stream key obtained from Live Control Room. Select the encoder settings that fit the source and the upload connection. YouTube’s encoder settings guidance lists 720p at 30 frames per second with a video bitrate range of 2–6 Mbps, recommends a 2-second keyframe interval, and says not to exceed 4 seconds. These are platform recommendations, not a promise that a particular home or studio connection can sustain them. Check the current YouTube encoder settings page before configuring a broadcast because platform guidance can change.
YouTube recommends leaving 20% upload bandwidth headroom in its streaming tips. That means the chosen stream should not consume all the upload capacity you have observed under realistic conditions. Other people or devices using the same connection can affect what is available, and a speed test at one moment does not guarantee the same result overnight. The YouTube streaming tips recommend testing and monitoring stream health.
Start the encoder from OBS and wait for the preview in Live Control Room. Check that YouTube is receiving the expected picture and sound, then inspect the actual watch page if available. Confirm that the broadcast is using the intended title and visibility. If you are doing a test, do not mistake a local OBS preview for proof that the stream is reaching YouTube: the preview in Live Control Room confirms the receiving side is seeing a feed.
For a first run, use a short, controlled test and monitor both the OBS status and YouTube stream health. Look for dropped frames or warnings, and listen to the feed from a second device if possible. A test can reveal misconfiguration and a weak connection at that moment. It cannot prove that the same computer, encoder, power supply, or network will operate without interruption later.
When the picture, audio and destination are correct, start the broadcast in Live Control Room if YouTube requires that step for the selected stream. Keep the control room and the OBS status visible while you begin. During the event, check the watch page and stream-health indicators rather than relying only on the fact that the Media Source is still looping locally.
Plan for stability, rights and the archive
A loop handles one job: repeating the media file. It does not restart a crashed computer, restore a lost connection, or ensure OBS remains open. A laptop may sleep, a power cut may stop the encoder, a software update may interrupt it, and an internet connection may fluctuate. Set the computer’s power behaviour deliberately, avoid scheduling disruptive updates during the broadcast, and arrange a person who can check the stream if the channel matters to a real audience. Those steps reduce avoidable risks but do not guarantee continuity.
If your aim is an always-on channel rather than a single scheduled event, compare the operating methods honestly. A local OBS setup gives you direct control over the scene and the file, but depends on the computer and connection you run it from. A hardware encoder may suit an operator who wants a dedicated device and already understands its controls. A hosted cloud workflow can avoid leaving your own computer running, but still requires checking the service’s YouTube compatibility, rights process, recovery behaviour, cost and limitations before relying on it. StreamNeo can remove the specific burden of leaving your own computer on for a file-based YouTube broadcast by taking an uploaded video and running it as a live stream; the content and channel choices remain yours.
If your requirement is multiple days of unattended operation, do not treat a successful test as a reliability assessment. Ask what happens after a dropped connection, an expired credential, a YouTube-side interruption or a change to the media file. Confirm who can see an alert and who can restart or stop the broadcast. The overview of cloud services with Indian support for automated YouTube Live streaming can help you frame those questions, but verify current claims and terms directly with each provider.
Check rights for every part of the recording: the instruction, video footage, music, graphics and any included third-party clips. YouTube’s copyright guidance for live streams explains that third-party content can be detected during a live broadcast and may lead to replacement, interruption or termination. A licence may not be sufficient by itself in every case; YouTube notes that a rights owner may need to add a channel to its Content ID allowlist. Ask the rights owner about the exact channel and use before broadcasting licensed material.
Plan how and when you will stop the stream, and how you will keep a recording if you need one. YouTube’s encoder instructions state that streams under 12 hours are automatically archived. Do not assume the same complete automatic archive behaviour for a stream lasting 12 hours or longer; check YouTube’s current guidance and make a separate recording plan if retaining the full routine matters. Ending a live broadcast and preserving an archive are related but distinct tasks.
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FAQ
Is a prerecorded yoga routine a real-time YouTube class?
No. The stream is live as a broadcast connection, but the routine itself is a recording that repeats. Be explicit in the title or description so viewers do not expect live instruction, observation or responses.
Does OBS keep the stream running indefinitely when Loop is enabled?
No. Loop repeats the selected media when it reaches the end. It does not keep the computer powered, recover OBS after a crash, or restore a network connection, so monitor the broadcast and plan for interruptions.
Can I use a routine that contains music?
Only if you have the rights or permissions needed for the video’s YouTube broadcast, including the music. YouTube may detect third-party content during a live stream, and you should confirm any Content ID allowlisting requirement with the rights owner before going live.
Will YouTube save the whole broadcast automatically?
YouTube says streams under 12 hours are automatically archived. Do not assume a longer stream will be preserved in full; check current YouTube guidance and arrange a separate recording if you need a dependable copy.