Morse Code Translator

What Morse Code Translator helps you do

Translate letters and digits into Morse code, or decode Morse back into readable text. It supports standard letter and number codes with the usual dot-and-dash notation so you can encode or decode messages quickly. A slash represents a word gap, and unsupported characters are left out.

Translation runs in your browser with no upload to Haivix.

How it works

These tools transform characters rather than meaning. Some map letters to other Unicode glyphs, some insert combining marks, and some encode bytes into a text-safe representation. The result is still text, so it can be copied into a document or chat, but the visual effect depends on the font and platform that renders it. Nothing is uploaded, and some transformations are not reversible; keep the original when that matters. The output is a snapshot of the pasted text, so changing the source afterwards does not update it.

How to use Morse Code Translator

1. Type plain text to encode it, or paste Morse to decode it.
2. Choose the direction of the conversion.
3. Check one known letter and the word gaps.
4. Copy the translated result.

When to use it

• Encode a short message for a puzzle or game.
• Decode Morse found in a puzzle or a signal log.
• Teach the correspondence between letters and Morse sequences.
• Prepare a themed caption or greeting.
• Check a Morse sequence against the standard table.
• Decode a message copied from an audio transcription.

When not to use it

• Do not use it for non-Latin scripts or emoji; they have no standard code here.
• Do not expect it to decode noisy or merged signals without spacing.
• Do not treat the output as secure; Morse is a public encoding.

Example

The letters S O S encode as three dots, three dashes, three dots, the classic distress signal. A space between words becomes a slash, so I AM becomes dot-dot slash dot-dash dash-dash. In the decode direction, a slash returns a space and unknown codes are ignored.

What you can do with Morse Code Translator

• Encode letters and digits as dots and dashes.
• Decode Morse back into uppercase text.
• Use a slash to represent a space between words.
• Handle common punctuation codes.
• Preserve line breaks between messages.
• Copy the translated result.

Example: preview the transformation before sharing

Paste a short sample and inspect the result in the place it will be used. A fancy style that looks right in one app can show as boxes or plain letters in another.

Check whether the transformation is reversible. Escapes, Morse and binary can be decoded; styled letters and Zalgo usually cannot be restored perfectly.

Copy the result and keep the original if the text will be edited later or read by a screen reader. Styled characters are separate code points, so a search for the plain word will not find them.

If the text is for accessibility, prefer plain characters. A screen reader may read styled letters one by one or skip the combining marks entirely.

If the output will go into a field with a character limit, count the characters before and after. Styled letters often use more code points than the plain form, so a caption that fit before may no longer fit.

For a reversible encoding, test the round trip on a short sample. Encode, decode, and compare; if the result differs, the tool is not the right one for that data.

Keep the plain source in a note next to the styled version. When the effect stops rendering or a reader cannot parse it, the plain text is the only accessible fallback.

What to know before you start

• Morse has no standard representation for many non-Latin scripts or emoji.
• Automatic word spacing uses the convention of a slash between words, which may differ from a source.
• Decoding expects dot-and-dash groups separated by spaces.
• It does not handle prosigns or procedural signals.

Common mistakes

• Encoding lowercase text and expecting lowercase output on decode; Morse decodes to uppercase.
• Forgetting the slash between words and merging them.
• Using non-Latin characters that have no code.
• Expecting a single space to separate letters and words equally.

Troubleshooting

If decoding produces merged words, the source may be missing the slash between words.

If a character disappears, it has no Morse entry in the table.

If the output is empty, the input may contain only unsupported characters.

If the spacing looks different from another tool, confirm its word-gap convention.

Related standards and documentation

• Styled letters are separate Unicode code points, not formatting; search and spell-check may not recognize them.
• Combining marks attach to the preceding character and can affect cursor movement and accessibility.
• Base64, binary and escapes are encodings, not encryption.
• Character counts can change after a transformation because Unicode code points differ from visible glyphs.