VHS Filter: How to Get a Convincing Tape Look

Four artefacts, each caused by a specific limitation of the format. Reproduce them together and the illusion holds; add them at random and you get a noisy modern clip.

1. 1

   Chroma bleed

   Colour smears sideways, past the edges of objects, and reds bleed furthest. The cause is the colour-under recording system: the chroma signal was down-converted and squeezed into a narrow band, which is why colour has so much less detail than brightness.

2. 2

   Interlacing

   Each frame was two fields drawn on alternate lines. Fast horizontal motion pulls the two fields apart into a comb pattern along vertical edges, and it appears only where something moved.

3. 3

   Tracking error

   The head drifts off the recorded track and a band of torn, noisy picture rolls up or down the frame. It should move, and it should be intermittent.

4. 4

   The head-switching band

   A short strip of distorted picture along the very bottom of the frame, present in almost every real tape capture. It is the most reliable single tell and the one most fakes leave out.

The numbers behind those causes are worth having. Wikipedia's VHS article, read on 7 September 2026, records that the format was introduced by JVC in 1976, that horizontal resolution is 240 television lines, about 320 lines across a scan line, and that standard recording carries 300 kHz of baseband chroma bandwidth using a colour-under method with the chroma down-converted and encoded by quadrature amplitude modulation. NTSC used 525 lines at a field every sixtieth of a second and PAL 625 lines at a fiftieth.

Layer order decides whether this reads as tape or as a filter. Build it from the signal outwards, the way the damage actually happened.

1. 1

   Reduce resolution first

   Downscale hard, then scale back up to your delivery size. Doing this first means every artefact you add afterwards is built on soft picture rather than sitting on top of sharp picture.

2. 2

   Smear the colour

   Blur the chroma channels horizontally while leaving luminance alone. Almost every convincing result comes from this one step, and almost every unconvincing one blurred the whole image instead.

3. 3

   Interlace

   Apply a field-based comb only to moving areas. A static comb pattern across the whole frame is wrong, because interlacing artefacts exist only where motion did.

4. 4

   Add noise and dropout

   Fine luminance noise everywhere, plus occasional short white dashes for tape dropout. Keep the dropouts rare enough that they read as damage rather than as texture.

5. 5

   Roll the tracking band last

   One band, moving slowly, appearing and disappearing. Put the head-switching strip along the bottom permanently and let the tracking band be occasional.

Noise applied on top of everything else is the classic error. On a real tape the noise was recorded before the signal was ever squeezed, so it should be degraded by the same downscale and chroma smear that degraded the picture.

Most people already have an editor that can do this. The specific route depends on which one, but the parameter ranges transfer.

• CapCut ships preset retro and glitch effects across its desktop, online, pad and mobile editors, all free to open. Stack a soft blur under the retro effect rather than relying on the preset alone, because the presets add artefacts without softening the underlying picture first.
• DaVinci Resolve 21, whose free edition includes the Fusion page, is where to build it properly: separate the chroma, blur it horizontally, recombine, then add a noise node and an animated band. Blackmagic's product page names the current release and the free edition, checked on 7 September 2026.
• Red Giant, now part of Maxon, is the commercial plugin route people reach for when they want the whole chain in one effect rather than five nodes.
• Any editor with a chroma-blur or channel-blur tool can do the important 80 per cent. If yours cannot separate colour from brightness, it cannot do the step that matters most.

The four numbers that keep it believable, derived from what the format could physically do rather than from taste.

Two more habits. Keep the picture slightly dark and slightly low contrast rather than crushed, because tape rolled off at both ends instead of clipping. And avoid perfectly still artefacts: anything that never moves reads as a texture overlay, which is exactly what it is.

If you want the tape-speed detail as well, standard play held the most detail and the long play and extended play modes ran at half and a third of that speed with correspondingly worse pictures. Anyone imitating a home recording made in extended play should be starting from a much softer picture than the specifications above suggest.

A still is a different problem, because the artefacts that sell motion are motion artefacts. Interlacing without movement is meaningless, and a tracking band that never rolls is a stripe.

• Set the scan-line spacing to the frame, not to a fixed pixel value. A real capture has a fixed number of lines across the picture height, so a 2000-pixel-tall image needs much thicker lines than a 500-pixel one.
• Keep the chroma smear and drop the comb. Colour bleed is visible in a freeze frame; interlacing is not, unless the original subject was moving when the frame was grabbed.
• Add the head-switching strip along the bottom. It is present in every real frame grab and it costs one rectangle.
• Soften first, then add the lines, so the lines sit over soft picture rather than crisp picture.

The AI photo editor will do the whole treatment from one instruction in the Prompt box; name the scan-line spacing relative to the frame and the direction of the colour smear, because those are the two things a general instruction gets wrong. Photography sites such as PetaPixel publish plenty of genuine frame grabs if you want a reference to hold your version against.

Camcorder footage has a movement vocabulary as recognisable as its artefacts, and getting the move wrong undoes the artefact work.

• Handheld drift. Not shake: a slow wander with occasional correction, the movement of someone holding a heavy shoulder-mounted camera and getting tired.
• The zoom rocker. A motorised zoom that starts and stops abruptly, at one fixed speed, usually overshooting slightly and pulling back.
• The slow push in. Walking towards a subject rather than dollying, so the frame rises and falls with the operator's steps.
• The whip to something off screen. Fast pan, brief blur, settle. Camcorder operators did this constantly because the viewfinder was too small to compose properly.

No dedicated tape template ships in the workbench yet, so the closest starting points are the motion templates: the video transition template for the whip and settle, and the crash zoom template for the abrupt rocker move. Neither adds artefacts, so treat them as the camera half of the job and add the tape half in your editor. Models such as Hailuo hold a described handheld drift reasonably well, which is the move hardest to fake by hand.

In LazyKiwi's workbench data (August 2026), 9:16 is the dominant video ratio at 22 of 39 external video jobs, which is worth thinking about here: a vertical frame is the one shape this look never had, so you are choosing between period accuracy and the feed.

Three overlapping aesthetics with three different causes, and mixing them is why some attempts feel vaguely retro without being anything specific.

The one combination that is genuinely correct is all three at once, and only in one situation: a camcorder recording played back on a tape deck and pointed at with a phone. If that is the story you are telling, stack them. Otherwise pick one and commit, because the Y2K aesthetic that all three get filed under is a design era rather than a single piece of hardware.

Yes, several, and they differ in what you can adjust rather than in price. Checked on the vendors' own pages on 7 September 2026.

• CapCut: free editors on desktop, online, pad and mobile, with retro and glitch effects included. Least control, fastest result.
• DaVinci Resolve: a free edition alongside the paid Studio version, and the free edition includes the Fusion page where the proper chain can be built. Most control, steepest learning curve.
• Red Giant, now under Maxon, is the paid plugin route. Worth it only if you are doing this repeatedly and want one effect rather than a node graph.
• Browser toys that stamp a preset on an upload. Fine for one post, but they apply artefacts to a sharp source and that is the fundamental mistake.

The free route that produces the best result is Resolve, and the cost is an afternoon. Production sites such as No Film School and CineD cover the node-based approach in more depth than any preset list will.

Four faults, and every one of them comes from adding the effect to a modern image rather than degrading the image first.

• 4K sharpness under the noise. If the underlying picture is still crisp, no amount of grain will sell it. Downscale before anything else.
• A 16:9 frame with no pillarboxing. Consumer tape was 4:3, and a full widescreen frame contradicts every other artefact in the picture.
• Artefacts that never move. A static tracking band, fixed noise and a permanent comb pattern are all texture overlays, and the eye spots them within a second.
• Colour bleeding in the wrong direction. Chroma smears horizontally, because that is the direction the signal was scanned in. Vertical bleed never happened.

One last check that catches most of it: play your result at half speed. Anything that is a static overlay will sit perfectly still while the picture moves underneath it, and that is the exact frame where a VHS filter stops being convincing.