Flip Image Online

Flipping fixes orientation, creates mirror effects, corrects scans and selfies, and helps assets fit your layout—without quality loss from the transform itself.

Benefits

• Orientation:: Correct left-right or up-down mistakes.
• Mirror look:: Artistic and design-friendly reflections.
• Documents:: Straighten scans that are backwards or upside down.
• Composition:: Try mirrored layouts quickly.
• Layouts:: Match banners, thumbnails, and UI needs.

1. 1Upload your image: JPG, PNG, WEBP, GIF, and BMP. You can add several images for batch processing.
2. 2Choose flip direction: Horizontal (left-right mirror), vertical (up-down), or both—depending on the effect you need.
3. 3Preview: Check the before/after view and switch direction if needed.
4. 4Download: Save as PNG (transparency), JPEG, or WEBP.

Pick the axis that matches your goal—mirror vs upside-down vs both.

Horizontal flip

Mirrors left and right—like looking in a mirror. Common for selfies from front cameras, fixing backwards scans, and creative symmetry.

Vertical flip

Mirrors top and bottom—like turning a print over. Useful when an image is upside down or you want an inverted look.

Both axes

Applies horizontal and vertical flip together—similar to a 180° flip in terms of mirroring both ways. Handy for strong orientation fixes and certain design effects.

A JPEG does not store pixels. It stores the coefficients of small cosine patterns, eight pixels to a side, and the quality you lose when you save one is the rounding applied to those coefficients. Every online flipper decodes that back into pixels, mirrors them, and encodes again — which rounds a second time and softens fine detail, even though nothing about the picture actually needed to change. Mirroring can be done to the coefficients themselves: reverse the order of the blocks, and flip the sign of the patterns that are antisymmetric about their own centre. The result re-uses the original numbers exactly, so the file is genuinely unchanged in quality. Flip an image here twice and you get the identical file back, byte for byte — which is the only real proof that nothing was lost.

The lossless route needs the picture to divide into whole blocks. Most cameras oblige, but not all sizes do — a 1920 × 1080 photo saved with the usual colour compression is one short, because 1080 is not a multiple of 16. When that happens there are only two honest options: remove a sliver of the edge, or re-save the picture normally. This tool re-saves by default, tells you it did, and leaves trimming as something you switch on deliberately. Progressive JPEGs and non-JPEG outputs also take the ordinary route, and each result says which one produced it rather than making you assume.

A folder of scans or camera exports rarely needs the same fix applied to all of it. Portrait pages might be the ones that came out mirrored while the landscape ones are fine, and flipping everything to correct half of it just breaks the other half. The scope control narrows a run to only landscape images or only portrait ones, so a single pass fixes the group that needs it and leaves the rest untouched. The count beside it says how many will actually be affected before you press anything.

Flipping mirrors a picture, so anything written in it reads backwards; rotating turns it, so text stays readable. Reach for a flip when a front camera has mirrored a selfie, when you want a reflection for a design, or when artwork is going onto a heat transfer and has to be reversed to come out the right way round. Reach for rotation when a photo is on its side or upside down. If rotation is what you need, the transform tool handles turning and straightening.

A flip mirrors pixels across an axis: horizontal flip swaps columns (left-right), vertical flip swaps rows (up-down). Both together is equivalent to a 180° reversal of the pixel grid for mirror semantics.

Flipping process

• Load: Image data is read straight from the file.
• Axis: Horizontal, vertical, or both—defines the mirror mapping.
• Mapping: Each pixel moves to its mirrored position.
• Render: The flipped result is drawn on your device.
• Export: Encode to PNG, JPEG, or WEBP.

Powered by optimised image processing algorithms.

Flipping shows up in scans, photos, design, and social workflows.

• Image resizer
• Image cropper
• Watermark
• Image compressor