What 퓛 means
It is one Hangul block assembled from Korean letters.
Those component letters are called jamo. As of 2026, the best reading of 퓛 on its own is a character sample, an input test, or an accidental insertion; surrounding text can give it a role.
Hangul's development was completed in 1443, and Hunminjeongum, the guide explaining the new letters, was published in 1446. King Sejong's stated aim was to address the poor fit of Chinese characters for Korean and the difficulty ordinary people faced in writing. Early printed Hangul was angular; its forms grew more cursive from the mid-15th century. 퓛 is one combination within that writing system, with no separate word history established.
How is 퓛 built?
It combines an initial consonant, a vowel, and a final cluster.
Unicode's canonical decomposition—the standardized sequence of parts—is ᄑ + ᅱ + ᆶ: initial consonant ᄑ (input form ㅍ), vowel ᅱ (ㅟ), and final cluster ᆶ (ㅀ). Unicode treats 퓛 and that three-jamo sequence as canonically equivalent: normalization recognizes them as the same text, though they can be stored as different sequences.
How do I type 퓛?
Use a Korean input method and enter the parts in order.
With Korean input enabled and the standard Dubeolsik keyboard, type v n l f g: ㅍ, ㅜ, ㅣ, ㄹ, ㅎ. The input method combines ㅜ + ㅣ into ㅟ and ㄹ + ㅎ into ㅀ, then displays 퓛.
If an editor leaves the jamo separate, NFC normalization joins them into the single block. The two forms are canonically equivalent, but exact matching can still depend on whether software normalizes them.
Tone: technical and neutral; in a message, 퓛 is likely to read as a sample or input test unless surrounding Korean text gives it a role.
Alone, it can look like a typo or failed input rather than a meaningful Korean reply.
Questions people ask
1Why can 퓛 and separate jamo compare differently?
Yes. They are canonically equivalent, but one is stored as a single block and the other as three jamo. Normalize both strings to NFC before exact matching.
How to type 퓛
퓛\D4DBCodes and encoding1 code points
A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.
