Free online translator for converting English names to Morse Code (-- --- .-. ... .)
Morse code is a method of encoding text using sequences of dots (·) and dashes (−). Invented in the 1830s-40s for telegraph communication, it remains one of the most recognizable encoding systems and is still used in aviation, amateur radio, and accessibility.
Morse code encodes letters as sequences of short and long signals, and it was designed for a transmission medium rather than for the page. Samuel Morse and Alfred Vail developed it in the 1830s and 1840s for the electric telegraph, where the only thing that could be varied was how long a circuit stayed closed. Everything about its structure follows from that constraint.
The most elegant feature is that letter lengths are matched to letter frequency in English. E, the most common letter, is a single dot. T is a single dash. Rare letters like Q and Y are four symbols long. Vail is generally credited with working this out by counting type in a printer's font case, and the effect is that ordinary English text transmits in noticeably fewer signals than a fixed-length code would need.
The timing is part of the code, not a performance detail. A dash is three times the length of a dot, gaps between symbols within a letter are one dot long, gaps between letters are three, and gaps between words are seven. Written representations use slashes or spaces to show these divisions, but in transmission the silence carries as much information as the signal.
Morse code converts each letter to a unique pattern of dots and dashes, separated by spaces. The system is designed so common letters have shorter codes, making transmission efficient.
Because Morse encodes letters rather than sounds, a name converts exactly and reversibly — nothing is approximated and nothing is lost. Capitalisation is not represented at all, since the telegraph had no use for it, so a name in Morse carries no case information.
International Morse, standardised in 1865, is what is used today and differs from the original American Morse, which had internal pauses within some letters and is now obsolete. International Morse handles the twenty-six basic Latin letters, digits and some punctuation; accented letters have extensions but coverage is inconsistent, so a name containing diacritics may need to be simplified. Morse remains legally recognised in aviation, where navigation beacons identify themselves in Morse, and among amateur radio operators.
Here are examples of common English names transliterated to Morse Code:
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Use our free Morse code converter above. Type your name and it instantly converts to dots (·) and dashes (−). Each letter becomes a unique pattern of short and long signals.
No, Morse code is an encoding system, not a language. It's a way to represent letters and numbers using dots and dashes. Any language using the Latin alphabet can be written in Morse code.
Yes! While no longer used for telegraphy, Morse code is still used in aviation navigation (NDB beacons), amateur radio, military communications, and as an assistive technology. It's also a popular educational tool and hobby.
SOS is ··· − − − ··· in Morse code. It was chosen as an international distress signal because it's distinctive and easy to recognize. It doesn't actually stand for anything - 'Save Our Souls' is a backronym created later.
Absolutely! With practice, people can learn to send and receive Morse code at 12-15 words per minute (learning speed) or even 20-30+ words per minute. Champions can exceed 60 wpm. Our tool is a great starting point!
Letter lengths were matched to frequency in English so common letters transmit fastest. E is the most common letter and gets the shortest signal; rare letters like Q are four symbols long.
No. The telegraph had no use for case, so Morse encodes no capitalisation. A name in Morse carries only its letters.
International Morse has extensions for some accented characters but coverage is inconsistent, so names with diacritics often have to be simplified to unaccented letters.