To check whether a video is 25 fps, inspect the file’s video-stream metadata before you add it to an OBS playlist. Look for a frame-rate value of 25 fps or 25/1; successful playback in OBS does not confirm the source file’s encoded rate.
This check is about the file you have, not a special India-specific requirement. YouTube lists 25 fps as a common frame rate and recommends preserving the rate at which content was recorded. If you are preparing a playlist for a channel in India, the same file-level check applies; confirm any separate delivery specification with whoever requires it.
Why verify frame rate before building the playlist
A playlist can play files with different frame rates. That makes it convenient for combining clips, but it also means that adding a file successfully does not establish whether it matches the rate you intended. Checking first gives you a record of what each file actually reports before you set up looping, ordering, or a long unattended run.
For example, you might have several devotional recordings intended for a 25 fps programme. One file could report 25/1 while another reports 30000/1001. Both might play in OBS, but those metadata values describe different rates. The second file is not 25 fps simply because it appears in the same playlist or looks acceptable in a preview.
Frame-rate consistency can matter to your editing and delivery workflow, especially if your source recordings and final programme are expected to follow a particular specification. It is useful to distinguish that workflow preference from a platform rule: the reviewed YouTube guidance lists 25 fps among common rates and advises encoding and uploading at the recording rate. It does not establish that every YouTube live playlist in India must use 25 fps.
If your playlist is part of a broader always-on setup, first decide whether OBS is the right way to run it continuously. The practical considerations in choosing a cloud service for a YouTube livestream without a PC are different from checking a local file, but both begin with understanding what the source material and operating setup can do.
Inspect the video stream’s frame-rate metadata
A media metadata inspector or FFprobe can show properties stored or derived from the file’s video stream. The key is to inspect the video stream’s frame-rate field, rather than treating a filename, file extension, player display, or OBS setting as evidence of the encoded source rate.
If you use a graphical inspector, open the local video file and find the video stream details. Depending on the programme, the field may be labelled “frame rate”, “frame rate mode”, or something similar. Prefer a field that reports the stream’s rate as a number or rational value. If the tool lists several streams, make sure you are looking at the video stream and not the audio stream or container summary.
Some files contain more than one video stream, for example alternate video tracks. In that case, check the stream you actually intend to use. A summary panel may show the first stream or a general format description, so inspect the detailed stream list if the result is unclear.
Keep the result with the file’s name in a simple checklist if you are preparing many items. For example, record the filename, video-stream rate, and whether you plan to use the file. This is not a certification of quality or compatibility; it is a way to avoid relying on memory after you have assembled a longer playlist.
YouTube’s recommended upload encoding settings say that content should be encoded and uploaded at the rate at which it was recorded, and include 25 fps among common frame rates. Treat this as platform guidance about upload encoding, not as proof that a particular local file is correct or a rule that every Indian channel must use 25 fps.
Check for 25 fps or the exact rate 25/1
A clear result is a video-stream frame-rate value of 25 fps or the rational value 25/1. Rational notation expresses a rate as a numerator divided by a denominator: 25/1 means 25 frames per second. FFmpeg’s documentation maps the PAL, qPAL, and sPAL rate names to 25/1, so if a tool presents one of those abbreviations, it can be useful to check its documentation or inspect the numeric field as well.
Do not round a nearby rate to 25. For instance, 30000/1001 is a different value, commonly displayed approximately as 29.97. The approximate decimal is convenient for reading, but the rational value makes the distinction unambiguous. Likewise, a tool that rounds a value in a compact overview should not be your final check when you need an exact match.
The intended rate is a decision about the programme, not a guess based on geography. If you recorded at 25 fps and want the upload to preserve that rate, a file reporting 25/1 is consistent with that intention. If the recording was made at another rate, YouTube’s guidance points towards retaining that recorded rate rather than changing it merely because 25 is familiar in some production contexts.
A metadata check answers a narrow question: what rate does this file’s video stream report? It does not tell you whether the file has the right resolution, whether its audio is in sync, whether the image is damaged, or whether YouTube will accept an eventual broadcast. Check those separately if they matter to your workflow.
Verify with FFprobe or a media inspector
FFprobe is the command-line inspection tool included with FFmpeg. If you already have FFmpeg installed, run a probe against the local file and review the video stream’s frame-rate fields. FFmpeg documents how FFprobe reports media information and recognises rational frame-rate notation; see the FFprobe documentation for details.
A typical command to list stream type and rate fields is:
ffprobe -v error -select_streams v -show_entries stream=codec_type,r_frame_rate,avg_frame_rate -of default=noprint_wrappers=1 "your-video-file.mp4"
Replace your-video-file.mp4 with the actual path to your file. On Windows, you can use a full path in quotation marks; on macOS or Linux, use the path appropriate to where the file is stored. The command selects video streams and reports two rate fields, r_frame_rate and avg_frame_rate. They can differ for some media, so do not assume one field always answers every technical question about a variable-rate or unusual file. If they disagree, use a fuller metadata inspection or ask the person who supplied the media which rate is the intended delivery rate.
For a straightforward file where the relevant stream field reports 25/1, note that result and proceed to the playlist setup. If a field reports another rate, the file does not meet a strict “must be 25 fps” check based on that field. Do not change the source just to make the display say 25 without understanding whether conversion is needed; transcoding can affect motion cadence and quality. Keep an untouched copy if you choose to convert a working version.
If a command-line tool is unfamiliar, a graphical media inspector is a reasonable alternative. Use one that exposes stream-level details and check that the selected entry is the video stream. The important part is not which interface you use; it is whether the displayed value belongs to the actual video stream and is specific enough to distinguish 25/1 from other rates.
YouTube also documents an owner-facing frameRateFps field under uploaded video stream details in its Videos API reference. That field relates to uploaded video file details, not a way for an ordinary viewer to inspect the original source file behind any public video. For checking a local asset before an OBS playlist, a local metadata inspection is the direct route.
Why filenames and playback are not proof
A filename such as temple-live-25fps.mp4 is only a label. It may have been typed by a person, inherited from an export, or copied from another file. Renaming a file does not change its video encoding or stream metadata.
A media player window is not a reliable substitute for stream inspection either. A player may render a file smoothly by adapting how frames are shown, and its on-screen information can be rounded or refer to playback rather than the stored stream rate. Smooth-looking motion cannot distinguish 25/1 from every nearby or variable rate.
OBS playback is also not proof. If a clip opens in OBS and plays, that establishes that OBS can play the item in that context; it does not certify that the source stream is encoded at 25 fps. Similarly, the OBS video output setting controls the programme output, not the frame-rate metadata of every source file in a playlist.
Keep the three questions separate: what rate is reported in the file’s video stream, what rate the programme is configured to output, and whether the clip plays as expected. You may need to check all three for a broadcast, but one cannot stand in for another. The OBS VLC Video playlist setup guide can help with the playlist mechanics once you have checked the files.
Add the verified file to the OBS playlist
When the metadata check is complete, add the local file to the OBS VLC Video source if you need a playlist containing multiple video items. OBS describes VLC Video as a source for a list of video files and documents playlist controls such as looping and shuffling. Its Media Sources guide also notes that VLC must be installed for the source to appear, and that 64-bit OBS requires 64-bit VLC.
In OBS, add a VLC Video source to the scene, then use its playlist controls to add the file or files you have inspected. Review the order, loop behaviour, and shuffle choice against the way you want the channel to run. If sequence matters—for example, a local news loop with a bulletin followed by weather and community notices—leave shuffle off and check the order before going live. If the programme is music or ambience, decide whether a loop or shuffle suits the intended experience.
The playlist itself is not a metadata report. Keep your checklist or inspection results outside OBS so you can tell which assets have been checked. If someone later replaces a file with a revised export under the same filename, inspect the new file again; its name may be unchanged while its properties differ.
If you are moving from individual files to a continuous prerecorded broadcast, the guide to streaming prerecorded videos from Google Drive to YouTube Live covers a related workflow. A local OBS playlist and a cloud-based file workflow have different operating requirements, so choose according to how you need the channel to run and what you can monitor.
For an overnight or always-on channel, consider what happens if the computer loses power, OBS closes, or the network drops. That is separate from frame-rate verification: a perfectly checked 25/1 file does not make a local broadcast self-restarting. When managing the computer itself is the pain point, StreamNeo can remove that specific burden by turning an uploaded video into a YouTube live stream that runs with your computer switched off and restarts automatically if it drops.
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 OBS show whether my source file is 25 fps?
OBS can show or configure properties of your scene and output, and it can play a video source. Neither successful playback nor scene output settings prove the source file is encoded at 25 fps. Inspect the file’s video-stream metadata for that.
Is 25 fps required for a YouTube live stream in India?
The guidance cited here does not establish an India-specific requirement. YouTube lists 25 fps as a common rate and recommends matching the recording rate; check any separate broadcaster, client, or delivery specification that applies to your channel.
What should I do if FFprobe shows 30000/1001?
That is a different rate from 25/1, even if a tool displays it approximately as 29.97. If your requirement is exactly 25 fps, the file does not match that check. Before converting it, confirm the intended delivery rate and keep a copy of the original.
Can I use YouTube’s API to inspect any public video’s original frame rate?
The documented frameRateFps field is part of uploaded video stream details available in the owner-facing file details context. It should not be treated as a way for ordinary viewers to retrieve the original source file’s rate for any public video. Inspect your local file before adding it to OBS.