Felo

Shavian to English Transliteration Online

Convert Shavian script into a Latin phonetic transliteration using a fixed 48-character map, character by character. Unlike a bare substitution box, it tells you that the result is phonetic notation rather than standard English spelling, preserves anything it cannot map, and can attempt the reverse direction with clear caveats. Try it online.

What is Shavian to English Transliteration Online?

This agent turns text written in the Shavian alphabet into a Latin phonetic transliteration, one character at a time, using a fixed mapping of all 48 Shavian letters. It is built for the practical job of making Shavian readable to someone who does not know the alphabet: you paste Shavian text, and you get back a string of Latin and phonetic symbols you can read, copy and compare.

An important point up front: this is transliteration, not translation. The output is phonetic notation such as þ, ð, š, ž, ŋ, ē, ā, æ and ə, not ordinary English spelling. A Shavian word will come back as a readable sound sequence, not necessarily as the dictionary spelling of the English word.

Key Features

Complete 48-character map. Every Shavian letter in the standard alphabet has a defined Latin counterpart, including the eight ligatures that expand to two or three symbols.
Deterministic output. The conversion is applied by a script, so the same input always produces the same output, and nothing is guessed.
Preservation over deletion. Spaces, punctuation, digits and any character outside the Shavian block pass through unchanged instead of disappearing.
Reverse direction with caveats. You can ask for Latin phonetic symbols to be turned back into Shavian; the agent explains where the inverse is ambiguous.
Copyable results. Output arrives in a code block you can copy directly, with a short note on what the symbols mean.

How to Use

Paste your Shavian text into the message. Any length is fine; long passages are processed in order.
Read the transliteration in the code block. If you want the mapping legend, ask for it and the agent will list which Shavian letter produced which symbol.
For the opposite direction, say clearly that you want Latin phonetic symbols converted back to Shavian, and paste the symbols.

Example Use Cases

Reading a Shavian inscription or tattoo design. Paste the characters and get a phonetic reading you can sound out, with a note on which symbols are ligatures.
Checking Shavian spelling in a hobby project. Convert a word list to phonetic notation to confirm which letters were used, character by character.
Reverse-checking a transliteration. Take a Latin phonetic string produced earlier and ask for the Shavian form, keeping in mind that some symbols can map back to more than one letter.

Tips for Best Results

Paste the Shavian text directly rather than describing it; the agent needs the actual Unicode characters.
If a symbol in the output is unfamiliar, ask for the legend — þ, ð, š, ž, č, ŋ and the vowel symbols are explained on request.
State the direction explicitly when using Latin input, since the same letters can be read as either a request or a source text.

FAQ

What input format does it accept?
Plain Shavian Unicode text pasted into the chat. No file upload is needed. Mixed text with Latin letters, digits and punctuation is accepted; unmapped characters are preserved.

Is the output real English spelling?
No. It is a phonetic transliteration using Latin and phonetic symbols. It shows how the Shavian letters sound, not how the English word is normally spelled.

How accurate is it?
The character mapping is exact and repeatable for all 48 Shavian letters. Accuracy of the reverse direction is lower because several Latin symbols can correspond to more than one Shavian letter, and the agent will say so rather than guess silently.

How does this compare with some free text tools?
Some free text tools apply a similar letter-by-letter substitution but give no explanation of the notation and no guidance when a character is unmapped. This agent uses the same kind of fixed mapping while stating what the output represents, preserving unmapped characters, and documenting the reverse direction's limits.