Flip Horizontal

Mirror images horizontally, swapping left and right to create a perfect reflection along the vertical axis. Every pixel exchanges position with its horizontal counterpart—the leftmost column becomes the rightmost, and vice versa. The operation is mathematically lossless: pixels are rearranged, not recalculated.

Horizontal flipping creates a mirror image as if the subject were reflected in a vertical mirror. Text and asymmetric elements reverse: writing becomes backwards, left-handed subjects become right-handed, and directional elements point the opposite way. The transformation is its own inverse—flipping twice returns to the original.

Selfie photographers correcting front-camera mirroring (most smartphone front cameras display a mirror image) restore text and logos to correct orientation. Graphic designers creating symmetrical compositions mirror half-designs to complete them. Crafters preparing iron-on transfer images reverse artwork for correct final orientation. Document processors fixing scans of pages placed face-down on the scanner correct the reversal. Photography editors matching subject orientation across image series align direction for visual consistency. Anyone whose image reads backwards or faces the wrong direction will find horizontal flipping provides instant, quality-preserving correction.