Set OBS audio levels in order: start with the microphone or music source, check what the operating system sends to OBS, then use the OBS mixer fader for final balance. Keep the final signal below clipping, and judge the result by listening to a representative recording rather than chasing one universal meter number.
For a yoga stream, test both quiet instruction and the loudest music or voice passage you expect. The steps below apply regardless of destination; the YouTube settings are conditional because a 24/7 stream does not have to go to YouTube Live.
Set the audio level at its source
First identify every sound that should reach the audience. A typical yoga scene might use an instructor microphone and a music player. In OBS, check which mixer channel responds to each source. Mute or remove sources that should not be part of the broadcast, such as a notification sound or an unused microphone. Keep the intended signal path easy to understand so you can tell which control affects which sound.
Start with the microphone or playback device itself. If the microphone has a physical gain dial, adjust it while speaking from the position and at the volume you will use during class. If the music comes from a player or interface with an output control, begin there. The aim is a clean signal at the source, not a weak or distorted signal that has to be rescued later with OBS filters.
Listen at the device if possible. A recording that already contains room hum, handling noise, distortion, or a distant voice will retain those problems downstream. Increasing the OBS fader raises wanted sound and unwanted sound together. Moving closer to the microphone or reducing an overly high source gain may help more than adding processing.
Test the actual material. Speak a normal instruction, a softer cue such as “relax your shoulders”, and the strongest phrase you expect to say. For music, include a quiet section and a full passage with percussion or a strong swell. A level that seems suitable during a soft introduction can become too high when the instructor raises their voice or the track reaches its loudest part.
If you use both speech and music, compare them by listening rather than assuming that their meter bars should match. Speech must remain intelligible over the music, and the music should not jump forward during pauses. If the mix fails this test, lower the music at its source or adjust its OBS fader separately. A gate or compressor is not a substitute for setting the two sources sensibly.
Check the operating-system input level
Next check what Windows or your other operating system is sending to OBS. Open the recording-device settings for the microphone and inspect its input level. Some devices can produce a clean signal below 100 per cent; others behave differently. The setting is not a reliable universal target, so watch OBS while speaking and confirm what it actually receives.
Check application volume controls as well if the music comes through desktop audio. An operating-system mixer can turn down a player independently from the microphone, or route sound to a different device than the one OBS is capturing. Play the intended track and look for movement on the matching OBS channel. If the wrong channel moves, correct the selected device or capture source before adjusting levels.
Avoid changing several controls at once. If the input is too strong, lower the microphone’s physical gain or the system input level and check again. If it is too weak, raise one control modestly and listen for room noise. Then leave the operating-system control in a stable position and do the final balance in OBS. This gives you a clearer starting point if you need to troubleshoot later.
For a laptop, also confirm that OBS is not capturing its built-in microphone while you expect a USB or headset microphone. The device name in a settings menu can be easy to overlook, particularly after disconnecting equipment or restarting the computer. A short test recording helps expose a mismatch that a moving meter alone cannot.
Adjust the OBS mixer while watching the peak meter
Once the source and operating-system levels are in a workable range, use the OBS Audio Mixer fader to make the final adjustment. Talk at your normal teaching distance and test the loudest expected phrase. For music, play the loudest passage. Watch the peak indicator, not just the height of the bar at an arbitrary moment, and check whether it enters red during a phrase or musical transient.
The OBS meter is useful for checking peaks and clipping, but it is not a complete measure of how loud the stream will feel. OBS describes green, yellow and red regions in its Audio Mixer Guide. The moving bar represents peaks; the black indicator gives an approximation of average loudness, and the peak-hold marker keeps a recent maximum visible briefly. Treat these as diagnostic cues, then listen for speech clarity and a comfortable balance.
The OBS technical guide uses -20 dBFS as an alignment level and -9 dBFS as a permitted maximum in a calibrated equipment context. These figures explain headroom and measurement; they are not a yoga-stream recipe or a platform loudness requirement. Digital full scale is 0 dBFS, the upper limit of the digital signal. Do not let the final output reach or exceed it: clipping causes distortion that lowering the fader later cannot undo.
For a mostly musical yoga stream, a cautious starting point is to keep ordinary passages comfortably out of the red and leave room for the loudest moment. Do not try to make quiet breathing, speech and a full music passage all hit the same meter level. Your microphone, room, voice and material change the result. If the peak-hold marker reaches red, lower the relevant source or fader and repeat the loud test.
Check each source separately before balancing them together. With the instructor silent, play music and note its peaks; then mute it and speak. Bring both back and listen for whether instructions remain clear over the bed. Also check for stereo channel problems: a voice appearing only on one side can be missed if you test through a single speaker or listen inattentively.
Add filters only to solve a problem you can hear. OBS provides tools such as gain, noise suppression and noise gate. A gate may reduce room noise during pauses, but an aggressive gate can cut off soft speech or breathing. A compressor may reduce swings between a quiet cue and a louder phrase, but there is no fixed setting that suits every voice and music bed. Correct the source and balance first, then make a small adjustment and record again.
Listen through OBS Audio Monitoring
A meter cannot tell you whether the sound is pleasant, intelligible or tiring. Use headphones to listen through OBS Audio Monitoring after the faders and any filters are set. In Advanced Audio Properties, choose monitoring for the relevant audio source and confirm the monitoring device is the headphones you are wearing. Monitoring options and routing can vary with the selected device, so check the result rather than assuming a menu choice worked.
Listen for a steady voice, music that sits behind the instruction, hum, hiss, echo, and sudden changes in level. A noise gate that looks tidy on the meter may still clip the beginnings of words. Noise suppression may change the texture of a voice. If the monitoring signal sounds doubled or delayed, check whether the same input is being heard directly from the device and through OBS at once; disable one path while evaluating the OBS output.
Use a separate listening device when practical. Headphones are useful for noticing low-level noise and channel imbalance, but a phone speaker or another computer gives you a sense of what a viewer may hear at ordinary volume. The OBS overview explains the programme’s audio controls and monitoring context. Monitoring is a check of the signal path, not proof that every viewer’s playback device will sound identical.
Record and review a representative session
Before committing to an always-on run, make a local recording using the planned scene, sources and OBS settings. Include the transitions you will use, a quiet instruction, a normal explanation, the loudest voice and music passages, and a pause. Do not record only a brief test phrase if the stream will repeat a longer class or playlist; the less common transitions can reveal a problem that the opening section does not.
Play the file back from start to finish, or at least inspect every kind of passage in the planned programme. Listen at an ordinary volume on a separate phone or computer as well as through the headphones at the OBS desk. Check that the microphone is present throughout, music does not cover speech, pauses are not dominated by noise, and the loudest moments remain clean. If a problem appears, change one source or control, record again, and compare.
This review matters because OBS’s meter is a peak check, not a measure of perceived loudness over a full session. A track with sharp percussion can produce higher peaks than a voice that sounds more prominent. Conversely, an average-looking meter can conceal a quiet voice masked by music. Your recording lets you assess intelligibility and consistency in context.
For a radio-style playlist or other repeating programme, the guide to keeping a YouTube radio playlist running from a VPS covers the separate question of keeping a loop going. For the audio task here, make sure the recording includes the start and end of the loop so you can catch a click, abrupt silence or level jump at the join.
After the audio review, run a test stream with the real scene, audio, internet connection and intended duration. A short test can show routing or platform warnings, but it cannot establish that a particular home PC, cooling arrangement, power supply or connection will sustain a 24/7 schedule. In India, the audio workflow is the same; heat, electricity continuity and connection stability are separate operational conditions to test on your own equipment.
If YouTube Studio reports an unexpected offline state while OBS appears to be streaming, troubleshoot the status separately from the mixer; this guide to the OBS and YouTube Studio offline mismatch addresses that case. Do not respond to a platform status issue by raising audio levels unless the recording shows an actual audio problem.
Apply YouTube-specific checks only if streaming to YouTube Live
If YouTube Live is your destination, use its current encoder guidance for the stream format. YouTube’s live encoder settings list AAC or MP3 audio for stereo, 128 kbps audio bitrate and a 44.1 kHz sample rate, and recommend RTMPS. Those are transmission settings, not target mixer levels. Keep the OBS audio device selected deliberately and match sample rates across devices where practical, then confirm the signal in a test stream.
YouTube also recommends testing with audio and movement similar to what you will use during the live event, and checking stream health while live. Follow that advice with the actual yoga material rather than an empty scene or a different soundtrack. Platform guidance can change, so check the current official page before a scheduled broadcast. The audio bitrate does not tell you how loud your microphone should be, and video bitrate tables do not set audio gain.
OBS’s general overview suggests around 160 kbps for streaming audio, or less when upload speed is constrained. That is general OBS guidance, not a YouTube requirement; when YouTube is the destination, follow its platform-specific settings. If you are using another platform, consult that platform’s own documentation rather than treating YouTube’s values as universal.
Keep platform checks separate from sound checks. A stream-health message can indicate a connection or encoding issue, while a clean local recording can still have poor speech-to-music balance. Conversely, the meter may look sensible while the destination is receiving the wrong source. Confirm both the platform’s incoming status and the playback from a viewer device.
For broader setup choices, the 24/7 recorded YouTube stream software guide for India discusses the continuous-stream context. Audio-level checks remain specific to your sources and recording, even when you choose software or a workflow for long-running playback.
When the concern is not the level but rights to the music, do not assume that a clean meter resolves it. The guide to appealing a YouTube Live copyright takedown concerns that separate platform issue. Check the current official policy and rights information for the material you plan to use.
If a long-running stream depends on your own PC staying on, consider whether that operating burden is acceptable for your setup. StreamNeo removes the need to leave that home computer on for the broadcast by turning an uploaded video into a YouTube live stream, which can help when managing PC heat or power interruptions is the specific obstacle; it is YouTube-only and does not change the need to prepare and check your audio beforehand.
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
What OBS audio level should I use for yoga?
There is no universal meter number for every yoga stream. Set a clean source, use the OBS meter to keep peaks below clipping with room for loud passages, then decide by listening to a representative recording.
Should I raise the OBS fader or the microphone gain?
Start with the microphone’s own gain and the operating-system input so OBS receives a clean signal. Use the OBS fader last to balance that source against music or other audio, and avoid using it to disguise a noisy or distorted input.
Do YouTube audio settings determine how loud my stream should be?
No. YouTube’s listed stereo bitrate and sample rate are encoding settings, while your mixer level determines the signal level. If YouTube Live is the destination, check its current encoder guidance and test the actual stream.
Does a short recording prove my PC can run 24/7?
No. It can help you find audio routing, clipping, balance and transition problems, but it does not prove the PC, power supply, cooling or home connection will stay stable for a full-day run. Test the real arrangement and monitor the destination platform during a live test.