Flip TIF Images

How to Flip a TIF Image Online

1. Choose Your TIF Files: Drag and drop TIF images onto the page or click "Choose TIFF files" — up to 50 at once. The first photo opens in the editor and the rest line up as thumbnails below it; with two or more photos open, "Add more" adds files to the same batch.
2. Flip It: In Flip, click "Horizontal" for a mirror image or "Vertical" to turn it upside down; click again to undo it. Flips stack with rotate, and the flip applies to every photo in the batch.
3. Pick the Output Format (Optional): "Save as" keeps "Same as original" or saves as JPG, PNG, WebP or another format. For JPG, WebP and AVIF output, the "Quality" slider (40–100) trades file size against detail. Resize, Crop, Rotate and Flip all work in the same session, and "Undo" steps back.
4. Download: Click the Download button, which names the output format (for example "Download PNG"), for one photo, or "Download all (.zip)" for a batch — "Download one by one" saves the files separately. The editor opens TIF files right in your browser whenever your browser can decode them, so those files are not uploaded. A file it can't decode is either processed on our servers and deleted automatically afterward — the editor says so before you download — or skipped with a note. No sign-up, no watermark.

Why Flip a TIF Image?

TIFF (Tagged Image File Format, defined by Adobe's TIFF 6.0 specification from 1992) is the working standard for archival scanning, professional photography, satellite imagery, geospatial data, and prepress workflows. Because TIFF can store 8-bit, 16-bit, or 32-bit channels with lossless compression, flipping is the safest geometric edit you can perform on these files — it is a pure pixel permutation. This editor writes TIFF output losslessly (Deflate) in 8 bits per channel, so an 8-bit RGB or greyscale TIFF keeps every pixel value; 16-bit precision is not kept.

• Correct mirrored flatbed scans — Many sheet-fed and document scanners produce a horizontally-mirrored output for the back side of duplex pages; a single horizontal flip restores the correct reading order before the file enters an archival or OCR pipeline.
• Fix microscope and telescope captures — Optical instruments with internal prisms or front-surface mirrors invert the image one or both axes; astrophotography and slide-microscopy TIFFs typically need a vertical or horizontal flip to match what the human eye sees.
• Prepare prepress artwork — When laying out for transparency film, silkscreen, or heat-transfer printing, the artwork must be mirrored so that ink lands right-reading on the substrate; a horizontal flip is the standard prepress step (this editor saves a CMYK TIFF as RGB, with a note, so flip CMYK separations in your prepress tool).
• Match GIS or remote-sensing convention — GeoTIFF rasters captured by some satellite or drone pipelines store pixel row 0 at the bottom; flipping vertically aligns them with the top-down convention most GIS viewers expect (after which the GeoTIFF tags themselves may need re-writing in a separate tool).
• Build symmetrical compositions — Designers working in 16-bit TIFF for fine-art printing flip a layer to create kaleidoscope tiles, Rorschach symmetries, or mirrored fashion-shoot composites (this editor saves 8-bit, so do 16-bit work in a desktop tool).
• Lossless reverse-engineering of "mirror" camera modes — Many smartphones save the front-camera preview mirrored but write the file un-mirrored, or vice versa; a deterministic flip restores whichever orientation the downstream tool expects.

TIFF Compression Types — Detailed Guide

This editor has no compression-type setting — a TIFF it saves is always Deflate-compressed (lossless); the guide below explains the types you may meet in source files and in other tools.

TIF vs Other Image Formats

Frequently Asked Questions

Is flipping a TIFF actually lossless?

The flip itself is purely geometric — it reorders pixel rows or columns without recomputing any color values. A TIFF saved here is always written with lossless Deflate compression, whatever the source used, so an 8-bit RGB, greyscale or black-and-white TIFF keeps its pixel values. What is not kept: 16-bit precision (saved as 8-bit), CMYK (saved as RGB) and wide-gamut colour (converted to sRGB). Saving as JPG, WebP or AVIF instead re-encodes lossily.

Can I pick LZW or Deflate for the output?

No — there is no compression choice: a TIFF saved here always uses Deflate, which is lossless and usually a few percent smaller than LZW on 8-bit RGB or grayscale data. If a downstream tool needs LZW (or ZSTD, PackBits or CCITT), re-save the flipped file in a desktop tool such as ImageMagick or GIMP.

Why are there two extensions.tif and.tiff?

They are the same format. ".tif" is the 3-character DOS/Windows-95 convention; ".tiff" is the full name preferred on Mac OS and Linux. The editor keeps your file's own spelling (a .tif stays .tif) and writes the same TIFF 6.0 byte structure either way — your downstream tool will accept both interchangeably.

Will flipping change my TIFF's EXIF or GPS metadata?

The pixel data is flipped and the TIFF container is rewritten from scratch, so EXIF tags, IPTC blocks, ICC profiles, and GeoTIFF georeference tags are not carried over; only the print resolution (DPI) is kept. For archival or GIS work where metadata matters, keep an original copy. If you need the GeoTIFF tags re-written to match the new orientation, use a tool like GDAL after flipping.

Does flipping reverse text that appears in the image?

Yes — that is the whole point. A horizontal flip mirrors any visible text so it reads right-to-left. That is the desired behaviour for prepress and transfer printing; if you only want to correct a scanner's mirrored output, double-check that the source actually was mirrored and not just oriented differently.

Can I flip a multi-page TIFF (fax, multi-image scan)?

Only the first page. The editor says so when the file opens ("This TIFF has N pages: an edit here keeps only the first page."); a flipped TIFF holds page 1 only, while downloading the file without an edit gives back the original with every page. For multi-page documents — fax archives, multi-frame scans, microscopy z-stacks — split the file into single-page TIFFs first, flip each, and recombine. Tools like ImageMagick (magick mogrify -flip *.tif) handle this in batch on the desktop.

What is the largest TIFF I can flip?

TIFF can store up to 4 GiB per file under the classic TIFF 6.0 spec, and BigTIFF extends this to effectively unlimited sizes. Most images are processed right in your browser, so the practical limit is how much memory your browser tab can hold. If your file is enormous, run a desktop tool instead.

Can I flip a 1-bit black-and-white TIFF without expanding it to grayscale?

Yes. When every pixel is black or white, the editor writes the TIFF as 1-bit black-and-white again (and a greyscale TIFF as 8-bit grey). It uses Deflate, not CCITT Group 4, and the editor has no compression setting, so the result can be larger than a CCITT Fax 4 original. If you need Group 4, re-save the flipped file in a desktop tool.

Need to rotate, compress, or convert instead?

If you need a 90° rotation rather than a mirror, see Rotate TIF. To shrink the file after flipping, use Compress TIF. To export the flipped result for web sharing, TIFF to JPG is the common next step, and TIF to PDF is useful for archiving multi-page scans.