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Flip Image

Upload an image and mirror it horizontally or vertically, then download — processed on a canvas in your browser with no upload.

Files never leave your browser
Files never leave your browser

Drop an image here, or click to browse

JPG, PNG, WebP · up to 50 MB

How to use Flip Image

Mirror an image horizontally (left–right) or vertically (top–bottom) entirely in your browser. Flipping rearranges pixels on a canvas without re-compressing the image, so there is zero quality loss. Useful for correcting selfies, mirroring diagrams, creating symmetrical compositions, or fixing incorrectly oriented scans.

  1. Upload your image by clicking the drop zone or dragging a file onto it.
  2. Choose to flip horizontally (mirror left–right), vertically (top–bottom), or both.
  3. See the live canvas preview update instantly as you toggle the flip options.
  4. Click "Download Flipped Image" to save the result as a PNG.

Your data never leaves your device — 100% private processing.

Horizontal vs. vertical flip: when to use each

A horizontal flip mirrors an image along the vertical axis — the left side becomes the right side. This is the most common transformation, used to create mirror images of portraits, correct selfie photos (cameras often mirror the preview but save the un-mirrored version), and produce symmetrical graphics. A vertical flip mirrors along the horizontal axis — the top becomes the bottom — useful for creating reflection effects, flipping upside-down scans, and generating water-reflection-style composites. Applying both transformations simultaneously is equivalent to a 180° rotation.

TransformAxisCommon use cases
Horizontal flipVertical (left↔right)Selfie correction, mirror text, symmetry
Vertical flipHorizontal (top↔bottom)Reflection effects, upside-down scans
Both flipsBoth axesEquivalent to 180° rotation

Canvas-based pixel mirroring: how it works

Image flipping is implemented using the Canvas 2D API transform. For a horizontal flip, the canvas context is translated by the canvas width along the X axis, then scaled by −1 on the X axis — this maps pixel x to (width − x). For a vertical flip, the same technique applies to the Y axis. The drawImage call then renders the source image into the transformed coordinate space. Because no re-encoding occurs, the output retains the full colour depth and sharpness of the original. The result is exported as a PNG to preserve any transparency.

Glossary

Horizontal flip
Mirroring an image so the left side becomes the right side, as if viewed in a mirror.
Vertical flip
Mirroring an image so the top becomes the bottom, creating an upside-down version.
Canvas transform
A 2D matrix operation applied to the drawing context that translates, scales, or rotates all subsequent draw calls.
Lossless transform
An image operation that rearranges or reorders pixel data without discarding information or re-compressing.

Related reading

Frequently Asked Questions

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Why use Flip Image?

  • Lossless and lossy compression options to balance quality vs file size
  • Supports all major formats: JPEG, PNG, WebP, AVIF, GIF
  • Batch operations keep filenames and folder structure intact
  • Runs client-side — no image data ever leaves your device

Common use cases

  • Resize product photos before uploading to an online store
  • Compress images to pass file-size limits on job application portals
  • Convert PNG screenshots to WebP for faster web pages
  • Create thumbnails for YouTube or social media posts
  • Remove backgrounds from profile photos

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