Upside Down Text Generator

Flip text upside down with mirrored Unicode characters.

Input

Upside Down Output

uʍop ǝpısd∩

Characters: 11Words: 2

How upside down text works

There is no single “flip” character in Unicode, so this tool swaps each letter for the closest existing glyph that looks like its rotated twin — for example a → ɐ and e → ǝ — then reverses the whole string so it reads correctly when turned 180°. Paste the result into social posts and usernames. It all runs in your browser.

Built and maintained by Meet Shah · Last updated 5 August 2026

What this tool is used for

Producing a flipped phrase for a joke or a puzzle.
Styling a short line in a plain-text field for effect.
Making a caption that reads oddly on purpose.
Setting a puzzle whose clue must be turned around.
Testing how a field handles mirrored Unicode characters.

Frequently Asked Questions

How is text actually flipped?: By substituting characters that happen to LOOK like rotated versions — ɐ for a, ǝ for e, ɹ for r — drawn mostly from the IPA Extensions block. The string is then reversed so it reads correctly when the page is turned.
Is it really rotated?: No. Nothing is transformed; these are unrelated phonetic characters chosen for visual resemblance. That is why the match is imperfect and why some letters have no good substitute at all.
Why must the string be reversed too?: Because rotating a line of text by 180° reverses reading order as well as flipping each glyph. Substituting characters without reversing produces text that is upside down but still reads left to right — visibly wrong.
Can it be flipped back?: Usually, since the mapping is one-to-one for most letters. It breaks where several characters map to the same flipped glyph, or where a character had no substitute and passed through unchanged.
Does it interact with right-to-left text?: Badly. Mixing it with Arabic or Hebrew invokes the bidirectional algorithm on top of the manual reversal, and the result is generally unpredictable. Treat it as Latin-only.
Which characters have no flipped counterpart?: Several — `q`, and most uppercase letters, where Unicode simply has no rotated glyph. Implementations either leave them upright, which breaks the illusion, or substitute a look-alike from another script.
Why does it sometimes render as boxes?: Because the substitutes come from IPA, Cyrillic and other blocks that not every font covers. It renders correctly in a browser with broad font fallback and poorly in a constrained context such as a game chat.
Is the result searchable?: No. The characters are unrelated code points, so a search for the original text finds nothing — which is occasionally the point and more often an unintended cost.

Common errors and gotchas

Assuming it is a rotation, when it substitutes characters that merely resemble flipped letters.
Expecting complete coverage, since some letters have no convincing mirrored equivalent.
Using it where accessibility matters, as the characters are announced as unrelated symbols.
Expecting the reversal to be reversible by search or sort.
Relying on consistent rendering across fonts, which varies noticeably.