How do you convert text to morse code?

To convert text to Morse code, simply type your plain text into the TX panel of our converter to instantly translate characters into dots and dashes. You can then listen to the audio playback or copy the Morse code.

What does SOS look like in morse code?

The SOS distress signal in Morse code is represented as three dots, three dashes, and three dots (· · · - - - · · ·). It is the universal standard for emergencies because this continuous sequence is highly distinct and easy to remember.

Is there an app to translate morse code?

Yes, you can use our free, browser-based web app to instantly translate Morse code. It works perfectly on desktop and mobile devices without needing to download any separate applications.

How do you read morse code?

Reading Morse code involves memorizing the specific sequence of short signals (dots) and long signals (dashes) for each letter. You can learn quickly by studying our complete A-Z chart or using our converter to instantly translate code back into plain text.

What is the morse code for all letters?

The Morse code for all 26 letters of the English alphabet uses unique combinations of dots and dashes, such as 'A' (· -) and 'B' (- · · ·). You can view the entire A-Z reference table on this page to see the exact code for every letter.

How does the WPM speed setting work?

WPM stands for Words Per Minute and determines the speed of the Morse code audio playback. At 20 WPM, a single dot lasts exactly 60 milliseconds and a dash lasts 180 milliseconds.

Is my data private? Is anything sent to a server?

Yes, your data is 100% private because this tool runs entirely locally in your browser. No text or audio data is ever sent to any server or logged.

Morse Code vs Binary Code: What's the Difference?

While both systems encode information into two distinct states, they operate on entirely different mathematical principles. Here is how they compare.

If you want to encode text for a computer, you use a Binary Translator. If you want to encode text for a human telegraph operator, you use a Morse Code Converter.

At a superficial level, they seem identical: Binary uses 1s and 0s (on and off), while Morse code uses dots and dashes (short and long signals). However, their structural designs are fundamentally different due to the problems they were trying to solve.

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Fixed-Length vs Variable-Length

Binary is Fixed-Length

In standard ASCII binary, every single character is exactly 8 bits long. The letter 'A' is 01000001, and the letter 'Z' is 01011010. Because every character is the exact same length, computers don't need spaces to know where one letter ends and the next begins.

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Morse Code is Variable-Length

The Morse code alphabet uses variable lengths. The letter 'E' is just one dot (·), while 'Q' is four signals (- - · -). To separate these varying lengths, Morse code requires strict timing gaps (spaces) between characters.

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Efficiency and Compression

Human Optimization

Because Morse code was designed for human operators transmitting messages manually over telegraph wires, it was optimized for speed. Samuel Morse intentionally assigned the shortest codes to the most commonly used letters in the English language (like E and T). This acts as a primitive form of data compression.

Machine Optimization

Binary code (ASCII) is not compressed at the character level. A common letter takes up the exact same amount of data as a rare letter. However, computers transmit binary billions of times faster than a human can tap a telegraph key, making this inefficiency irrelevant at the hardware level.

Which is Better?

Neither system is objectively "better"—they serve different purposes. Morse code is an analog system designed to be encoded and decoded by the human brain using auditory rhythms. Binary is a digital system designed to be processed by microchips. Both represent massive leaps forward in the history of telecommunications.

Try them both yourself

Toolbly offers free online converters for both encoding systems.

Morse Code Converter