What 쿟 means
It is a Hangul syllable with no established standalone word meaning.
Unicode decomposes it into three positional jamo—the separate Hangul letter forms that build a syllable block: leading ᄏ, vowel ᅭ, and final ᇂ. A Korean input method takes the corresponding input letters ㅋ, ㅛ, and ㅎ and combines them into 쿟.
Hangul was introduced under King Sejong: its first recorded notice appears in 1443, and Hunminjeongeum, the guide introducing the script, was published in 1446. The book explains that Korean speech differed from Chinese and needed a writing system of its own. The final ㅎ can change the sound that follows, so a word containing this syllable is easier to pronounce in context than from the Unicode label “KYOH” alone. This block belongs to Hangul’s syllable system; that system’s history is not an origin story for this exact sequence.
Why does 쿟 sometimes split into jamo?
Unicode normalization can display its three jamo separately.
NFC stores 쿟 as one precomposed syllable. NFD expands it into the leading, medial, and final jamo ᄏ, ᅭ, and ᇂ; seeing those separate forms does not mean the intended syllable changed.
Unicode handles the sequence as one Hangul syllable for text segmentation and line breaking, while fonts shape the jamo into a block. If the pieces remain visually separate, the text may be normalized to NFD or the font may not compose them.
As of 2026, 쿟 has no established chat reaction meaning; read it as Korean text or a character-level test.
If it arrives alone, ask what the sender meant instead of guessing a mood.
Who writes 쿟
Loading…
Don't confuse it with
1Questions people ask
1Why does 쿟 show as a box on some devices?
Because that device's fonts have no glyph for it. The character is still correct and still copies correctly — the box is a missing glyph, not a broken character.
How to type or find 쿟
- Search it as
- 쿟 · kyoh · 쿟 meaning · how to type 쿟 · 쿟 split jamo · 쿟 vs 쿄 · Hangul jamo decomposition
- Shows up in
- Anything that takes text · its shape is whatever your font draws
쿟\CFDFCodes and encoding1 code points
A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.





