If you want a countdown between gaming videos on YouTube, build it in OBS as a separate interstitial scene. You switch to that scene after one video ends, let its timer run, then switch to the next video scene.
YouTube Live Control Room manages the broadcast and its delivery settings, but it does not provide a setting that inserts your custom countdown between videos. The visible countdown is part of the picture you produce before it reaches YouTube.
Plan the between-video interstitial
Start by deciding what viewers should see during the gap. A simple gaming interstitial might show “Next match in…” over a darkened version of your channel background, with the game name, a short message and a countdown. Keep it recognisable, but do not make the viewer wait while trying to understand a crowded layout.
The interstitial should be its own OBS scene, separate from the scene that plays the recorded gaming video. This matters because a separate scene can fully cover the previous video. If the countdown is only an overlay, the last frame, audio or other elements from the previous video may remain visible underneath it.
A basic scene arrangement could look like this:
| Scene | Purpose | Typical contents |
|---|---|---|
| Gaming video A | Plays the current rerun video | Media source, optional channel branding |
| Between videos | Shows the gap clearly | Background, title text, countdown source, optional music |
| Gaming video B | Plays the next video | Second media source or the next item in your playback workflow |
Decide how long the gap needs to be before building the timer. A short pause may be enough to separate matches. A longer pause gives you room for a channel message or a scheduled change, but it also delays the next video. Do not choose a duration because it looks tidy on paper. Consider the actual time needed to stop or replace the current media source and start the next one.
If your stream uses a long sequence of recorded matches, write down the intended order and the gap between each item. This exposes a common problem early: a countdown can be accurate for one video but fail when the next item starts from a different scene or source.
For a channel that needs only a holding image, the approach in how to set up a 24/7 YouTube stream with a static image between videos may be sufficient. A countdown adds timing and testing requirements, so treat it as a small production element rather than a decorative text label.
Choose manual control or automation
There are two practical ways to move through the sequence. With manual control, you watch the current video, change to the interstitial scene, wait for the timer, and then change to the next video. With automation, a configured workflow changes scenes or sources according to the media and timer events.
Manual control is easier to understand and troubleshoot. It is useful when you run a small channel, when the videos are not all the same length, or when you want to check the next match before showing it. Its weakness is obvious: somebody must be present at the right moment.
Automation is more suitable for an unattended rerun, but it must match the way your playlist is built. An end-of-file event, a scene switch, a source restart and a countdown timer are separate parts of the workflow. Do not assume that one will automatically trigger the others.
The OBS Project forum discussion on scheduled media playback describes the basic scene-transition idea of starting with an introductory scene and then moving to the video scene, but it is community guidance rather than definitive documentation for every current automation arrangement. Read it as a starting concept, then test your own sources and transitions: the OBS discussion on streaming from a media file to a scheduled YouTube stream.
If your main goal is an unattended channel rather than learning OBS automation, a cloud workflow can remove the need to leave your computer running, but it does not remove the need to prepare and test the video sequence. StreamNeo can run an uploaded video as a YouTube live stream after you provide the stream key, which is useful when the practical problem is keeping the stream active away from your desk. The countdown itself still needs to be included in the video or production workflow you choose.
Create a countdown scene in OBS
Open OBS and create a new scene for the interstitial. Give it a name that describes its job, such as “Between matches” or “Next video countdown”. Avoid placing the countdown elements directly into the gaming video scene if you need the previous video to disappear completely.
Add the visual layers from the bottom upwards. A common order is:
- A solid colour, image or looping background.
- A dark panel or other contrast layer behind the text.
- A heading such as “Next match in”.
- The live countdown source.
- Optional information such as the next video title or a small channel mark.
Use the same canvas and output dimensions as the rest of the stream. A countdown that was designed for a different layout may be cropped, too small or positioned differently when you switch scenes. Check it in the OBS preview at the size viewers will normally see, not only while the preview is maximised on your monitor.
Keep the wording short. “Next match in” and a large timer are usually clearer than a paragraph explaining what is happening. If the next video is known, show its title only if it will remain accurate. A wrong title is more distracting than no title.
The scene should also have an intentional audio plan. You might mute the previous game audio when the scene appears, play a short rights-cleared music bed, or keep the interstitial silent. Do not leave this to chance. If the old source continues producing audio after its picture is covered, viewers may hear the previous match underneath the countdown.
OBS’s official site is the appropriate place to obtain the current application and review its own documentation. Menu names and source behaviour can change between versions, so use the labels shown in your installed version rather than relying on an old screenshot.
Add the timer or countdown media source
A static text source does not count down by itself. It displays the words you enter. To show changing remaining time, use a live-updating text method, a browser-based timer source, a suitable OBS-compatible tool, or a pre-rendered countdown video.
A live timer is adjustable. You can change the gap without rendering a new clip, and it can display the remaining time based on the moment the scene begins. That flexibility is useful when the length of the pause may change. It also creates more things to verify: the timer must start from the intended value, reset when the scene is reused and remain visible if the scene is revisited.
A pre-rendered countdown clip is more predictable. You make a video that contains the background and countdown, add it as a media source, and let it play for its recorded duration. It is easier to preview as a complete asset, but changing the length means creating another clip. It can also finish while OBS is still showing the scene unless you configure what happens at the end.
The OBS Comp Delay project documents a text-source token called %delay_countdown% for showing remaining seconds while a delay transition scene is active. That documented feature is designed for a stream-delay transition, not for detecting the end of a rerun video or scheduling a gap between playlist items. You can study its scene and text-source pattern at the Comp Delay project documentation, but do not treat it as a drop-in playlist countdown.
Whichever method you use, define the reset behaviour. A timer that starts correctly the first time may retain its old state when you return to the scene. A media clip may resume partway through instead of starting at the beginning. The viewer should see the same intended opening value every time the interstitial appears.
Cover the previous video during the pause
Switching to a separate countdown scene is the safest way to cover the previous video. OBS then displays the interstitial scene instead of relying on a layer placed over the gaming source. This prevents the last game frame from remaining on screen around the edges of your design.
If you choose an overlay within the same scene, inspect the whole canvas. Check the corners, chat area, webcam area and any animated elements. A countdown may cover the centre while the previous video remains visible elsewhere. That can be acceptable for a deliberate picture-in-picture design, but it is not the same as a clean between-video break.
Audio needs its own check. Muting the video source when the interstitial begins is straightforward for a manual workflow, but an automated workflow must perform the same action consistently. Alternatively, keep a controlled music source in the interstitial scene and make sure the video source is no longer audible.
Do not assume that hiding a source stops every part of its behaviour. Some media sources may retain their position or playback state until they are restarted or reloaded. Check what happens when you leave the video scene and return to it. The next match should not resume from an unexpected frame unless that is what you intend.
This is also where file preparation affects reliability. Large or awkwardly encoded files can make scene changes harder to diagnose because the source may take time to load or may behave differently from a short test clip. If your gaming recordings are difficult for OBS to handle, review how to make video files smaller for OBS and YouTube streaming in India before troubleshooting the countdown itself.
Switch back to the next video
The complete sequence should be explicit:
- The current gaming video reaches its end or you decide to stop it.
- The interstitial scene becomes visible.
- The countdown starts or resets.
- The timer reaches zero or the operator decides to continue.
- The next video scene or source starts from the intended point.
For manual operation, keep the scene list easy to read and practise the order. You should be able to identify the next source without searching through a long collection of similarly named scenes. A naming pattern such as “Match 01”, “Match 02” and “Between videos” is more useful than leaving the default scene names in place.
For automation, decide what event means “the video has ended”. It might be a media-source completion event, a source state change or a separate playlist tool. Then decide what event starts the next video. These are configuration decisions, not YouTube settings, and the correct choice depends on how you have built the OBS workflow.
Do not promise yourself a seamless transition until you have observed it repeatedly. Some sources may show a blank frame while loading. The countdown scene can hide that gap, but only if the scene switch happens before the source is expected to appear. If the next video is slow to initialise, you may need to start or prepare it before the timer reaches zero, depending on your setup.
YouTube’s live stream settings guidance covers broadcast configuration, including stream setup and related settings. It does not document a custom countdown inserted between playlist videos. Use YouTube to configure and manage the broadcast, and use OBS to produce the visible interstitial.
Test timing and transitions before going live
Test the actual workflow with short sample videos before using your full gaming archive. The aim is not to prove that one switch worked once. It is to find what happens at the boundaries: the end of the first video, the beginning of the countdown, the reset of the timer and the start of the next video.
Run the test privately or as an unlisted broadcast. Watch the stream as a viewer on another device rather than judging only from the OBS preview. The preview shows your production locally; the viewer sees the result after encoding, delivery and any configured stream delay.
Check each of these points:
- Does the countdown scene cover the full previous video?
- Does the timer begin at the intended value every time?
- Does the countdown reach zero without freezing or disappearing early?
- Is the previous game audio muted, or is the carried audio deliberate?
- Does the next video begin at the correct frame or time?
- Does the next source load quickly enough for the planned gap?
- Does repeating the cycle reset both the timer and the media source?
- What does a viewer see if you switch scenes slightly early or late?
Repeat the sequence after stopping and starting OBS. Some workflows behave correctly during one session but retain source state when reopened. Also test a longer run if the channel is intended to operate overnight. A workflow that survives a short manual check may still need attention when it repeats many times without supervision.
Keep a written recovery step. For example, if the next video fails to load, switch to the interstitial and restart the source rather than allowing a blank screen to continue indefinitely. If your stream needs to restart after a disconnection, how to make a 24/7 YouTube stream restart automatically after disconnecting covers the wider recovery problem, while this article focuses on the between-video production step.
Remember that delivery latency is separate from the countdown graphic. YouTube describes HLS as a stream delivery method with different latency characteristics from continuous RTMP ingestion in its HLS stream guidance. Changing latency or adding broadcast delay changes when viewers receive the produced picture; it does not create a visible countdown between your videos.
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FAQ
Can YouTube add a countdown between videos on a live stream?
Not through the YouTube Live Control Room setting described here. YouTube manages the broadcast, while the countdown must be produced in OBS or included in a prepared video workflow before it reaches YouTube.
How do I add a countdown timer between videos in OBS?
Create a separate interstitial scene, add a live timer or pre-rendered countdown media source, and switch to it between the video scenes. Make sure the timer resets and that the previous video’s picture and audio are covered or muted.
Is a static OBS text source enough for a countdown?
No. A static text source only displays the text you type. You need a live-updating timer method or a pre-rendered countdown clip, and you should test how that source starts again when the scene is reused.
Can the transition be automatic?
It can be automated if your OBS sources and automation method are configured to recognise the end of one video, show the interstitial and start the next source. The exact setup depends on your workflow, so rehearse it with the real playlist before relying on it unattended.