Candidate 1
EEATTEEE
. . .- - - . . .
This page is built for users searching morse code decoder without spaces, decode morse without spaces, or continuous morse decoder. Paste one uninterrupted Morse string and the tool will rank the most likely plain text candidates instead of assuming the separators are already known.
Paste one continuous Morse string and the decoder will rank the most likely letter segmentations. This is designed for cases where spaces were removed, formatting collapsed, or the original message was transcribed as one uninterrupted line of dots and dashes.
Decoder options
Normalization summary
Normalized input: ...---...
Pulse count: 9
Spaces, slashes, and unsupported characters are removed before candidate generation.
Top candidate
EEATTEEE
Tokenized as: . . .- - - . . .
Heuristic score: 27.8
Candidate 1
EEATTEEE
. . .- - - . . .
Candidate 2
EEETTTEEE
. . . - - - . . .
Candidate 3
EITTTEEE
. .. - - - . . .
Candidate 4
EEATTEI
. . .- - - . ..
Candidate 5
EEATTIE
. . .- - - .. .
Candidate 6
EEETTNEE
. . . - - -. . .
Candidate 7
EEETTTEI
. . . - - - . ..
Candidate 8
IETTTEEE
.. . - - - . . .
Choose the decoder that matches your source material and ambiguity level.
| Situation | Best Page | Why |
|---|---|---|
| Standard spaced Morse | Home Translator | Use the main translator when characters and words already have separators. |
| Continuous Morse string | This Page | This decoder ranks possible letter splits when spaces are missing. |
| Recorded beep file | Audio Decoder | Use the live audio decoder when the source is sound rather than typed Morse. |
Once spaces are removed, the same dot-dash run can often be split into several different letter sequences.
High-frequency letters like E, T, I, and A are so short that they multiply the number of possible parses.
The best answer is usually the one that looks most like real English, not just the first valid token split.
If you already know the spaces, the main Morse translator is faster. If your source is audio rather than typed Morse, the audio decoder is the better match.
Guides
These articles explain timing, spacing, and signal structure so you can judge ranked candidates with more confidence.
A practical guide to decoding continuous Morse strings when separators are missing, including ambiguity handling, ranking logic, and common failure cases.
Understanding Words Per Minute in morse code. How to choose the right speed for learning, communication, or audio production.
Learn how to recover Morse code from uploaded beep recordings, estimate timing, interpret ambiguous results, and improve decoding accuracy.
It tries to recover likely letter boundaries when a Morse string arrives as one continuous run of dots and dashes without normal spaces between characters.
No. Removing separators creates ambiguity, so this tool ranks candidates instead of pretending every string has only one valid decoding.
The main translator expects standard Morse spacing. This page is designed specifically for cases where spacing was lost, collapsed, or never recorded correctly.
Leave them off by default for cleaner English results. Turn them on if your source may contain callsigns, timestamps, or punctuation-heavy puzzle content.