Image Flipper

Mirror an Image Horizontally or Vertically

Flipping is not the same thing as rotating. A horizontal flip (also called a mirror or left-right flip) creates a mirror image — everything that was on the left is now on the right. A vertical flip (top-bottom flip) turns the image upside down. Both operations preserve every pixel; nothing is distorted, scaled, or interpolated. The image just appears from the opposite direction.

This tool handles both flip directions. Upload your image, choose horizontal or vertical, and download the result. Everything runs in your browser with no upload to any server.

Horizontal Flip: The Mirror Image

A horizontal flip creates the mirror image of your original. Left becomes right, right becomes left. The content, scale, and proportions remain identical — only the orientation changes.

This comes up more often than you might expect. Cameras and smartphones sometimes capture photos in a mirrored orientation depending on which lens is used and how the file metadata handles it. A selfie taken with the front camera often shows the world mirrored compared to what you see in a regular photo, because you are used to seeing yourself in a mirror. Flipping the photo corrects this for other viewers without any quality loss.

In design and illustration work, a horizontal flip lets you create balanced compositions, test whether a layout works equally well in either direction, or produce a paired set of graphics where one faces left and the other faces right. For product photography, showing both orientations of the same item (a shoe, a device, a bag) is a common practice.

Vertical Flip: Turning an Image Upside Down

A vertical flip inverts the image top-to-bottom. Uses are more specialized than horizontal flipping, but they come up in specific contexts.

Architectural visualization and interior design renders sometimes need ceiling views or inverted floor plan perspectives. Reflection effects in photo compositing require a vertically flipped copy of an image to simulate water reflections, mirror floors, or glossy surface reflections beneath an object. Scanning or photographing physical documents from an unusual angle occasionally produces an upside-down result that needs correcting.

In data visualization and scientific imaging, vertical axis conventions vary between coordinate systems. Some imaging software places the y-axis origin at the top (as screens do), others at the bottom (as mathematical convention dictates). Vertically flipping the image converts between these conventions.

Flip vs. Rotate: Knowing Which One You Need

A flip and a rotation are easily confused when the result you need is a 180-degree rotation, because a 180-degree rotation looks the same as a combination of a horizontal and vertical flip. However, they are genuinely different operations for other angles.

A horizontal flip produces a true mirror image. A 90-degree rotation turns the image sideways, which is not the same as a flip. If your camera took a portrait photo that displays in landscape orientation, you need a rotation (90 degrees), not a flip. If your front camera captured a mirror image of your face, you need a horizontal flip, not a rotation.

Does Flipping Affect Image Quality?

No. A flip is a lossless transformation. The pixel values are rearranged in the canvas but not recalculated or resampled. Every pixel in the output has the identical color value as the corresponding pixel in the input — just in a different position. There is no quality degradation from flipping an image, regardless of how many times you apply it.

This is different from compression, which is lossy. If you flip an image and save it as a JPEG, the JPEG compression that happens during the save introduces minor quality loss, as it does with any JPEG save. The flip itself introduces none.

Your Image Is Processed Locally

The flip operation runs in your browser. Your image is never sent to any server. The output is generated in browser memory and downloaded directly to your device. Close the tab and no trace remains.