A single gaming VOD can run repeatedly on YouTube Live by using OBS Studio as the encoder and setting the local video file to loop. YouTube does not turn an uploaded VOD into a repeating live broadcast by itself; the repeat happens in OBS before the feed reaches YouTube.
Before you start, check that your channel can currently livestream and that you have the necessary rights to every part of the recording. Then build one OBS scene, add the VOD as a Media Source, enable Loop, connect OBS to an encoder stream in YouTube Studio, and test the result before leaving it running.
Check live-stream eligibility and age requirements
YouTube’s live-streaming access rules apply before OBS can send a useful broadcast. The channel must be verified and must not have a live-streaming restriction in the preceding 90 days. YouTube also says that users must be at least 16 to livestream. Check the current requirements on YouTube’s live-streaming Help page, because Studio labels and eligibility checks can change.
Verification and eligibility are separate checks. A channel may be verified but still have a restriction that prevents live streaming, or it may have recently enabled access and need time before the feature is available. Open YouTube Studio and look for the live-streaming option before spending time arranging the VOD in OBS.
If the channel is managed as a Brand Account, confirm that you are using the intended channel identity and that your account has the required permissions. A common failure is configuring OBS with one channel’s stream key while checking the preview or event under another channel. The stream key is sensitive, so treat it like a password and do not paste it into screenshots, public documents or support posts.
YouTube’s current interface may offer several ways to start a stream. For this workflow, choose an encoder-based stream rather than trying to make an uploaded video behave like a live event. YouTube describes encoders as a normal method for gaming and other broadcasts, while OBS supplies the encoded feed from your computer.
If access is restricted, resolve that first. This guide to removing YouTube live-streaming restrictions covers the distinction between an account problem and an OBS problem. Do not assume that changing resolution, reinstalling OBS or generating a new key will bypass a channel-level restriction.
Confirm rights to the gaming VOD and its audio
A VOD being on your computer does not establish that you can rebroadcast it. Check the gameplay footage, music, commentary, overlays, sound effects, logos and any clips supplied by another person. A recording can contain several separate rights issues even when you created the gameplay yourself.
YouTube scans live streams for matches to third-party content, including another live broadcast. Its guidance explains that a detected match can lead to a warning, replacement with a placeholder or interruption, and continued issues can result in the stream being terminated. Read the current YouTube live-streaming copyright guidance before using a VOD whose soundtrack or footage came from elsewhere.
A licence is not always enough to prevent an interruption during a live broadcast. YouTube notes that a rights holder may need to add your channel to its Content ID allowlist. If a publisher, music service, tournament organiser or other rights holder has given you permission, ask what the permission covers and whether your channel must be allowlisted. Keep the permission record somewhere you can find it while the broadcast is running.
Pay particular attention to background music. A game may include licensed tracks that are permitted for ordinary play but not for public rebroadcast. Music added during editing can have a separate licence from the gameplay. A creator’s voiceover does not remove the rights issue for a song playing underneath it.
The same applies to other people appearing in the VOD. If the recording includes a guest’s camera, a co-host’s voice, private messages or footage supplied by a viewer, confirm that you can use those parts in a repeating public broadcast. Repetition also matters: a short clip that is easy to overlook in a one-off video becomes part of the channel’s output each time the file reaches that point.
Rights checks do not guarantee that YouTube will leave the stream uninterrupted. They reduce avoidable problems and give you a clearer response if a claim or interruption occurs. You should also review the latest Community Guidelines and copyright information for your circumstances rather than treating an old permission or a previous successful stream as permanent approval.
If the channel is monetised, separate copyright questions from reused-content and monetisation questions. A creator can have permission to use a recording and still need to consider whether the channel’s content meets YouTube’s current monetisation policies. The practical discussion in this guide to avoiding reused-content issues on a monetised 24/7 stream is relevant, but it is not a substitute for checking YouTube’s current policy.
Create an OBS scene and add a Media Source
Install OBS Studio from its official project site and open the profile and scene collection you intend to use. You do not need a capture card to replay a video file that is already on the computer. A capture card is designed for bringing an external source into the computer, whereas this setup reads the VOD directly from local storage.
Start with a dedicated scene. In the Scenes panel, add a new scene and give it a useful name such as Gaming VOD Loop. A separate scene makes it easier to identify the correct output if you later add a holding screen, a notice or a second source. Keep the first version simple so that a failed source is easy to identify.
In the Sources panel, select Media Source and create a new source. Browse to the VOD file on the computer. OBS documents local media support for formats including MP4, MOV, MKV, AVI and WebM in its Media Sources documentation. The container alone does not tell you whether every file will decode correctly, so use the actual file you plan to broadcast and test it from the beginning.
The source properties contain several settings. The most important one for this task is Loop. Do not confuse it with Restart playback when source becomes active. Restarting playback when a source becomes active affects what happens when the source is made visible or active. Continuous repetition at the end of the file depends on Loop being enabled.
After adding the source, look at the OBS preview. The video should fit inside the scene without being cropped in an unexpected way. If the VOD is wider or taller than the canvas, right-click the source and use the transform options to fit it. Check the edges carefully: a game HUD, subtitle or face camera can be cut off even when the main picture appears centred.
For a single file, a Media Source is more direct than a playlist source. OBS also documents a VLC Video source for playlists, but a playlist adds no benefit when there is only one VOD. A single Media Source leaves fewer places for an empty playlist, an unavailable path or an unintended second item to cause confusion.
The file path matters. If you move, rename or disconnect the file after setting up the source, OBS may show a blank or missing source. Store the VOD in a stable folder and avoid using removable storage unless you know it will remain connected for the full broadcast. A local file loop is only as dependable as the computer, storage device and connection that supply it.
Enable looping for the local video file
Open the Media Source properties again and tick Loop. Start the source and watch it play far enough to reach the ending. When the final frame is reached, the same file should begin again. This is the repeat mechanism for the broadcast.
YouTube is receiving a continuous encoder feed from OBS. It does not need to know that the same file is being played again, and it does not create the loop for you. If OBS stops producing frames at the end of the file, YouTube will receive a stalled or blank feed rather than silently restarting the VOD.
The distinction is useful when troubleshooting. If the first pass plays normally but the output freezes or turns black at the end, inspect the Media Source’s Loop setting first. If the source starts from an unexpected position after you switch scenes, inspect Restart playback when source becomes active and the source visibility. These settings solve different events.
Do not use both a local loop and an unrelated playlist or automation method while diagnosing the first setup. One file, one Media Source and one scene give you a clear test. Once that works, you can decide whether a holding screen or additional source is worth the extra complexity.
The VOD should also be able to replay without a prompt or manual action. Test a complete transition from the last seconds back to the opening seconds. Watch for a flash of black, a frozen final frame, a missing audio track or a change in volume. A small transition may be acceptable for your format, but you should know whether it is present before inviting viewers.
If you want a deeper explanation of the relevant OBS controls, see these OBS Media Source loop settings for YouTube Live. The key point remains simple: Loop repeats the local file; YouTube does not supply that repeat function for an uploaded VOD used as a live feed.
Connect OBS output to a YouTube Live event
In YouTube Studio, create or schedule an encoder-based live stream. Give the event a clear title and description, select the intended visibility and review the audience settings. If the VOD contains material aimed at children or includes other content requiring a specific declaration, answer the relevant Studio questions accurately.
YouTube will provide stream details for the encoder connection. Depending on the current interface, you may see a stream key and server information or an existing stream setting that can be reused. Copy those details into OBS under Settings, then Stream, choosing the YouTube service or the appropriate custom connection fields shown by OBS.
Use the stream key for the same channel and event that you are viewing in Studio. If the preview does not appear, check the channel identity, key, server selection and whether OBS is actually sending the scene that contains the Media Source. Avoid repeatedly changing several settings at once, because that makes the cause of a failed connection harder to identify.
The underlying YouTube model separates the incoming live stream from the viewer-facing live broadcast. Google’s YouTube Live API documentation describes those as different resources. You do not need to use the API for this guide, but the distinction explains why an encoder can be connected while an event still needs to be created, configured or made public in Studio.
Before going live, confirm the title, thumbnail, description and visibility one more time. If the stream is meant to run as a channel rather than as a one-off viewing session, explain that the video is a repeating broadcast where appropriate. Avoid implying that the event is live gameplay when it is a recorded VOD.
A local OBS setup requires the computer to remain switched on, connected and able to keep producing the feed. If you need the computer off while a file continues to run, the workflow changes: the video and stream key must be placed in a service that can perform the broadcast remotely. For example, StreamNeo removes the need to leave your own computer running by taking the uploaded video and YouTube connection details and handling repeat playback and restart monitoring for the channel. It remains your responsibility to confirm the content, rights and YouTube eligibility.
Other approaches may be better when you need a playlist, several scenes, local overlays or direct control during the broadcast. The right choice depends on whether you value local control or unattended operation more. Compare whether the method supports a local file loop, sends an encoder feed, requires a powered computer and provides a way to notice or recover from interruptions.
Run a short test and check picture and sound
Do not make the first test public for a long unattended run. Use the preview or a limited-visibility event where appropriate, then watch the output from a separate device. The OBS preview shows what OBS is preparing; YouTube’s preview and status show what has reached the platform. Both are useful, but they answer different questions.
Check the picture first. Look for a stable image, correct aspect ratio, readable game text and a complete frame at the edges. A source can look fine in the OBS canvas while YouTube displays a different crop if the output settings do not match the intended format. Keep notes of any change you make so you can return to the last working configuration.
Then check the audio. Listen for the game sound, commentary and music separately if possible. Confirm that the desktop or media-source audio is not silent, doubled or clipping. A viewer should not need to turn the volume up for quiet sections and down for loud transitions. If the VOD has no audio, decide whether that is intentional and make the description clear rather than troubleshooting a non-existent fault.
Watch the point where the file ends. You need to see the loop happen in OBS and then confirm that the YouTube preview continues through the same transition. The first repeat is more informative than a test that only watches the opening minutes. If the file is long, seek a copy or short test file only for diagnosing the scene, but test the actual VOD before publishing the real event.
Check for policy or copyright warnings in Studio. A clean local playback test does not mean that YouTube’s systems will find no match once the feed is online. If a warning appears, stop and investigate the material rather than trying to hide it by changing the title or starting another event.
Do not infer a guaranteed long-duration configuration from a short test. A short run can confirm that the source opens, loops and reaches YouTube, but it cannot prove that the computer, storage, network connection or OBS process will continue indefinitely. The bitrate and resolution checklist for a 24/7 YouTube stream can help you think through output choices, but settings remain dependent on your particular connection and hardware.
Monitor the live output after starting
When the test is satisfactory, start the OBS stream and confirm that YouTube shows the expected live status. Keep Studio open long enough to see that the event is receiving the feed and that no immediate warning has appeared. Only then share the event link or place it in a channel schedule.
For an unattended broadcast, monitoring is part of the setup rather than an optional extra. Check from a separate device that viewers can see the image and hear the sound. If possible, arrange a simple check after the first loop and at intervals that suit the importance of the channel. A local screen showing the OBS preview cannot tell you whether YouTube has stopped accepting the feed.
Watch the computer itself as well. Power-saving settings, operating-system updates, sleep, a disconnected network adapter, a full storage drive or another application taking the audio device can affect the output. Prevent sleep only if that is appropriate for the machine, and avoid running unrelated heavy tasks during the broadcast.
Keep a recovery note beside the computer with the channel, event name, OBS scene and the action to take if the stream stops. Do not write the stream key in that note. If you need to restart, first identify whether the issue is the VOD source, OBS, the network or YouTube Studio. A restart may restore the feed, but it does not resolve a rights match or account restriction.
A single-file loop is simple, but it is not the same as a fault-tolerant broadcast system. If your process needs automatic recovery, compare the operational choices in the guide to restarting a failed FFmpeg YouTube stream automatically. Its approach is different from this OBS walkthrough and may suit a technically confident operator, while OBS is easier to inspect visually during setup.
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
Does YouTube loop an uploaded gaming VOD as a live stream?
No. An uploaded video and an encoder-based live broadcast are different workflows. In this setup, OBS plays the local file repeatedly and sends the resulting feed to YouTube Live.
Which OBS setting makes the VOD repeat?
Enable Loop in the Media Source properties. Restart playback when source becomes active is a separate setting and does not replace Loop for continuous repetition.
Do I need a capture card for a local gaming VOD?
No, not for this workflow. OBS can read a supported local video file through a Media Source, while a capture card is used to bring an external device or live gameplay signal into the computer.
Can a licence guarantee that the stream will not be interrupted?
No. Confirm the rights for the gameplay, music and other material, and check whether a rights holder needs to allowlist your channel. YouTube can still scan live content and respond to detected third-party matches, so review its current guidance before broadcasting.