Step 1
Upload Image
Drop a JPG, PNG, or WebP file into the browser. The original stays on your device while the preview is generated locally.
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Make photos, screenshots, and meme assets look intentionally low quality with browser-side compression, downscaling, pixelation, blur, grain, and color reduction.
Drag the slider to adjust image quality.
Turn clean photos, screenshots, and meme assets into compressed, blurry, low resolution images without uploading them to a server. Use it when you want a rough internet-native export, not a polished enhancement.
This is not an AI image enhancer, upscaler, or photo restoration tool. It makes images worse on purpose.

What is it?
A low quality image is an image that has been intentionally reduced in file size, resolution, clarity, color depth, and compression quality. The result can include visible blur, blocky edges, rough pixels, grain, color banding, and the familiar over-compressed internet look.
This page keeps the workflow practical: upload the image, tune export quality, compare the original with the degraded preview, and download the result without leaving the browser. It is useful when you need a bad image generator, a quick image compressor, a low resolution mock asset, or a deep fried meme starting point.
Unlike an enhancer or upscaler, the tool is designed for controlled degradation. You decide how far the file should fall apart: a light cheap-looking export for social media, a crunchy screenshot for a joke, or a more aggressive result that looks like it has been saved and shared too many times.
Step 1
Drop a JPG, PNG, or WebP file into the browser. The original stays on your device while the preview is generated locally.
Step 2
Tune export quality first, then open advanced options for downscale, pixelation, blur, grain, color reduction, repeated compression, and format choice.
Step 3
Compare the original image with the low quality preview before saving, so the subject remains readable even after visible quality loss.
Step 4
Download the processed file as JPEG, PNG, or WebP with a low quality suffix, then reload the original if you want another variation.
Create smaller JPEG, PNG, or WebP exports while keeping your original file untouched. Lower quality and smaller dimensions can help when you need a lightweight image quickly.
Downscale photos and screenshots so pixels, blur, rough edges, and missing detail become part of the style instead of an accidental side effect.
Use advanced controls when compression alone is too clean. Pixelation creates blocky retro edges, blur softens detail, and grain adds an older rough texture.
Processing runs locally in the browser with the Canvas API, so private screenshots do not need server upload, queues, accounts, or cloud storage.
Image Quality Conversion - Made Simple
100%
Browser-side processing
4
Simple steps to export
<30s
From clean photo to low quality
0
No installation required
Use cases
Low fidelity can be a creative choice. Use deliberate degradation when the image needs to feel fast, disposable, funny, lightweight, or obviously internet-native.
Make captions, screenshots, and reposts feel rougher so the joke reads as casual instead of polished. A clean design can feel too intentional; compression damage often makes the image feel like it belongs in a chat thread.
Add cheap compression texture to prototypes, fake ads, game props, and throwaway visual tests. Designers and creators can use the effect to make a placeholder feel intentionally low budget.
Quickly reduce size for lightweight sharing while previewing how much clarity you are giving up. Use a softer preset when the image still needs to communicate information.
Simulate the texture of an image that has been downloaded, reuploaded, screenshotted, and compressed again. Repeated compression makes the result feel less pristine and more lived-in.
Create deliberately small previews for mockups, social drafts, or visual placeholders. Lower resolution can make an asset feel temporary without editing the source file.
Use a bad quality image next to polished typography, clean UI, or serious copy when the contrast itself is part of the joke or campaign tone.
Best practices
The best low quality images are damaged on purpose, but they are not random. Keep the main subject recognizable, choose the right format, and stop when the preview communicates the feeling you want.
Export quality is the fastest control for visible compression artifacts. Lower values create stronger blocking and smearing, while higher values keep the image readable. For most memes and screenshots, start with quality around 15 to 30 before touching the advanced controls.
Resolution changes the character of the damage. A smaller image loses fine detail, makes text rougher, and makes edges feel less polished. If the result still looks too clean, lower the scale before adding heavy grain or repeated compression.
Pixelation is different from ordinary blur. It makes the image feel chunky and retro, which can work well for game assets, parody graphics, thumbnails, and deliberately rough profile images.
Blur can make a file feel cheap, but too much blur simply hides the subject. Grain is best as a texture layer, especially when you want an old scan, low-end camera, or noisy repost feeling.
Color reduction removes subtle gradients and makes flat areas look more posterized. It is useful when a photo should feel dated, compressed, or simplified without relying only on file size.
A bad image still needs to do its job. Before downloading, check faces, text, logos, and the main joke. If the image collapses too far, raise quality first, then raise scale only if the subject still disappears.
Choose a target level of damage
Different jobs need different amounts of quality loss. These targets are not strict rules, but they help you pick a starting point before fine-tuning the sliders.
Light
Use this for social posts, small previews, and images that should feel casual while keeping most shapes intact. Try medium quality, modest downscale, and little or no pixelation.
Medium
Use this for screenshots, reaction images, and jokes where visible compression is part of the tone. Combine lower quality, downscale, light blur, and a small amount of grain.
Heavy
Use this when the image should look damaged, reposted, or deep fried. Push quality low, reduce scale, add repeated compression, and keep one focal point readable.
What happens in the browser
When you upload an image, the browser reads it into a local preview and draws it to a canvas. The tool can then resize the canvas, adjust how smooth the resize should be, apply blur or pixel-style scaling, reduce color detail, add grain, and re-encode the result as a new file.
Because the export is generated from the canvas instead of sending the original file to an application server, the downloaded image is a fresh render. That also means most original metadata, such as camera EXIF data, is not carried into the new output.
JPEG, PNG, and WebP behave differently. JPEG is usually best when you want familiar compression blocks. WebP can create a smaller file with a smoother kind of quality loss. PNG is useful when the effect depends more on pixelation, color reduction, or sharp blocky edges than on JPEG artifacts.
Related tool
Jump to the dedicated Deep Fried workflow when you want more repost energy, meme crunch, and blown-out artifacts from the first preset.
Use a harsher preset stack for the deep fried look: lower quality, smaller dimensions, and a preview loop that helps you keep the joke readable.
Guides
These launch articles cover how to degrade images on purpose, when the look works, and how JPEG and WebP break differently.
A quick workflow for making clean photos look intentionally cheap, compressed, and internet-native in the browser.
What the deep fried image look means, why it works, and how to recreate it with compression, downscaling, and saturated chaos.
Low fidelity is sometimes the point. Here are the use cases where degraded images feel more natural than clean exports.
FAQ