Crop Image

Drag a selection box over your image, snap to a common aspect ratio or go freeform, and export just that region.

Your files are processed locally in your browser and are never uploaded to our servers.

Drag the corners or edges of the crop box directly on your image, or lock it to a common ratio like square, 4:3, or 16:9. The preview updates live and the export contains only what's inside the box.

How it works

  1. Add your image

    Drag and drop, paste, or browse for a file, which loads into the crop canvas at full resolution.

  2. Choose an aspect ratio

    Pick 1:1, 4:3, 16:9, or Free. Locked ratios constrain the box as you drag; Free lets you select any rectangle.

  3. Position the crop box

    Drag the box to reposition, or drag its edges and corners to resize. The area outside the box is dimmed so you can see exactly what will be kept.

  4. Export the cropped region

    Download just the selected area, at its native pixel resolution — no re-encoding of the untouched pixels beyond the crop itself.

Cropping is a composition decision, not a technical one

Unlike resizing or compressing, which are mostly about hitting a technical spec, cropping is fundamentally about what you want the viewer to look at. Removing a cluttered background, tightening a portrait, or fixing a horizon line that wasn’t quite level in-camera are composition fixes, and they’re often the single highest-impact edit you can make to a photo — more impactful than any amount of color correction or sharpening, because they change what the eye is drawn to first.

A useful rule of thumb borrowed from photography: the “rule of thirds” suggests placing key subjects along lines that divide the frame into three equal columns and rows, rather than dead-center. When freeform cropping, try dragging the box so your subject’s eyes, or a building’s dominant vertical line, land near one of those intersection points rather than the exact middle — it’s a small adjustment that consistently makes cropped photos feel more intentional.

How fixed aspect ratios work under the hood

When you select a ratio like 4:3, the crop box is mathematically constrained so that width / height always equals 4 / 3 as you drag — dragging a corner adjusts both dimensions together along that ratio rather than letting you create an arbitrary rectangle. The box can still be repositioned and resized freely within that constraint, and it’s clamped so it never extends past the edges of the source image. Free mode removes that constraint entirely, letting width and height move independently, useful when the destination doesn’t care about a specific ratio and you just want to trim unwanted edges.

Why platform-specific ratios exist

Instagram’s feed enforces upload aspect ratios between 1.91:1 (landscape) and 4:5 (portrait), with 1:1 square as the most universally safe choice across older and newer clients. 16:9 is the near-universal standard for video and presentation slides because it matches the aspect ratio of essentially all modern displays and projectors. 4:3 persists from the era of standard-definition television and remains common in some print layouts and older document scanners. Cropping to match the destination’s expected ratio before upload means you control exactly what’s kept in frame — if you upload a mismatched ratio instead, the platform typically crops it for you automatically, often cutting off exactly the part of the image you cared about.

Cropping without losing resolution

Because cropping only removes pixels rather than resampling the ones you keep, a cropped region maintains the same pixel density (and thus the same visual sharpness) as the original photo — a crop from a 24-megapixel photo down to a smaller region is still exactly as sharp per-pixel as the source. This matters if you plan to crop tightly: cropping a small subject out of a large scene and then need to print or display that crop at a decent size, you’re limited by how many pixels were left after cropping, not by any quality loss introduced by the crop operation itself. If a tight crop leaves you with too few pixels for your intended use, you’d need a higher-resolution original — no crop or resize tool can add detail back in.

A practical workflow for social posts

Crop to your platform’s preferred ratio first (say, 1:1 for a square Instagram post), checking the live preview to make sure your subject lands well within the frame using the rule-of-thirds guide above. Then, if the platform also has a preferred pixel dimension (1080×1080 for Instagram squares), run the cropped result through the Resize tool to hit that exact size. Doing crop before resize, rather than the reverse, means your framing decisions are made at full resolution, where it’s easiest to judge exactly what’s being kept or cut.

Frequently asked questions

What's the difference between cropping and resizing?

Cropping removes part of the image entirely, keeping only a chosen rectangular region at its original pixel density — you end up with fewer pixels because you're keeping less of the scene. Resizing keeps the whole scene but changes how many pixels represent it. If you want to change the framing (remove a distracting background, focus on a subject) use crop; if you want to change the file's dimensions without altering what's shown, use resize.

Why would I use a 1:1 or 16:9 preset instead of freeform?

Fixed ratios matter whenever the destination expects one — Instagram square posts (1:1), most video thumbnails and presentation slides (16:9), classic print and photo frames (4:3). Cropping to the exact ratio the destination expects avoids that platform applying its own automatic crop later, which you don't get to preview or control.

Does cropping reduce image quality?

No — cropping simply keeps a subset of the original pixels unchanged; it doesn't re-encode, blur, or resample anything inside the kept region. The only "loss" is the visual information in the part you cropped away, which was intentional.

Can I crop and then resize in one workflow?

Yes, and it's a common combination — crop first to fix the framing and aspect ratio, then use the Resize tool if you also need a specific pixel dimension (for example, cropping to a 1:1 square, then resizing that square to exactly 1080x1080 for upload).

What happens to EXIF orientation data when I crop?

This tool reads the image with orientation already applied, so what you see in the crop box is how the image will actually display, and the exported file won't have a mismatched orientation flag that some tools mishandle.