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Crop SVG

Free Online SVG Cropper

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How to Crop SVG

1 Upload your SVG files and wait for the preview to appear.
2 Drag out the region you want to keep, or lock the selection to 1:1, 4:3 or 16:9 and drag freely inside that ratio.
3 Confirm the crop — the same rectangle is applied to every file you uploaded, which is how a set ends up genuinely consistent.
4 Download the cropped SVG file, with everything outside the frame discarded.

Crop SVG FAQ

Does my source format change how a crop behaves?
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It can. SVG is XML geometry rather than pixels, so it scales to any size without blurring but has no pixel grid to sample from. That decides whether the crop is a pure pixel operation or whether the file has to be rebuilt around it.
Yes — nothing is sampled: the file is edited as text, so the result is still infinitely scalable and still diffable in version control. That is the sort of detail that only shows up after you have overwritten the original.
Concretely, cropping an SVG means rewriting the viewBox rather than discarding geometry, so shapes outside the new frame are clipped in the view but the artwork itself stays intact and recoverable. You drag the region you want directly on the preview, or type exact pixel coordinates if you already know them.
Yes. Lock the selection to 1:1, 4:3, 16:9 or any custom ratio and drag freely inside that constraint — which is how you get a set of images that all fit the same layout slot without measuring anything.
Yes. The output is still valid SVG markup — named layers, grouping and IDs survive — so you can reopen it in Inkscape or Illustrator and keep working. It also still diffs cleanly in version control.
SVG files, including ones exported from Illustrator, Figma, Inkscape or a charting library. Embedded raster images inside the SVG are carried through as-is.
Yes: free accounts process images up to 5 MB each, which an SVG essentially never approaches — a complex illustration is usually a few hundred kilobytes of text. In practice the thing that makes an SVG heavy is thousands of path nodes from an auto-trace, not the file size, and that is a different problem from the cap.
No, and it cannot: an SVG has no pixel grid to degrade. The geometry is transformed mathematically, so the result is still crisp at any zoom level and still openable in a vector editor.
WEBP.to is built around the modern replacement for both of the old defaults: one format that does lossy, lossless, alpha and animation, and reliably lands smaller than the JPEG or PNG it came from. People arrive here having decided the old defaults are costing them bandwidth, and that decision immediately raises the rest: what size, what quality, what happens to the transparency. Crop SVG is on the same upload and the same account so those questions get answered in one place.
The converter on this site moves images to and from WebP, PNG, JPG and AVIF, which is where you decide whether a smaller file is worth losing the older browsers. Doing it in that order matters: pick the pixels first and the container afterwards, because the container is the cheap decision and the pixels are the expensive one.
The engines are identical — same libraries, same workers, same caps. What is different is the opinion attached, and the opinion here rests on a property of the format this site is named after: the same .webp extension can hold a lossy VP8 frame, a lossless one, or an animation, so the sensible processing path is decided per file rather than per extension.
No account, and nothing is retained: uploads are deleted from the workers shortly after the job finishes, and nothing is inspected, listed or indexed. Accounts exist for history and batch size only.

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