Translate between text and Morse code with audio playback.
Our free Morse Code Translator converts text to Morse code and Morse code back to text instantly. Type in either direction, listen to the audio playback of your message, and reference the complete character chart — all in one tool, right in your browser.
Morse code is a method of encoding text characters as sequences of two signals: short signals called dots (.) and long signals called dashes (–). Developed in the 1830s by Samuel Morse and Alfred Vail for use with the electric telegraph, it became the first widely used form of long-distance electronic communication.
Each letter, number, and punctuation mark has a unique Morse code sequence. For example, the letter A is ".-" (dot-dash), while S is "..." (three dots) and O is "---" (three dashes). The famous SOS distress signal is "... --- ..." — three dots, three dashes, three dots — chosen because it's easy to recognize and transmit even under stress.
While Morse code is no longer used for mainstream communication, it remains relevant in amateur (ham) radio, aviation, military signaling, and as an accessibility tool for people with limited mobility who can communicate using a single switch.
The translator works in both directions simultaneously. Here's how to use each mode:
When entering Morse code manually, use a single space between each letter's code and a forward slash (/) surrounded by spaces to separate words. For example, "HELLO WORLD" in Morse would be: .... . .-.. .-.. --- / .-- --- .-. .-.. -... Getting the spacing right is essential for accurate decoding.
To learn Morse code effectively, start with the most common letters in English: E (.), T (-), A (.-), and N (-.). These four letters appear most frequently in text, so learning them first gives you the most immediate payoff. Practice by translating short, common words before moving on to full sentences.
The audio playback feature is excellent for training your ear to recognize Morse code by sound rather than by sight. Listen to the playback repeatedly while following along with the dots and dashes on screen. Over time, you'll start to recognize common letter patterns by their rhythm alone.
This translator handles both encoding and decoding in real time, so you don't need to switch between separate tools. The bidirectional conversion means you can use it as a learning aid — type a word, see its Morse code, then try to type the Morse code yourself and verify your answer.
The audio playback uses the Web Audio API to generate accurate dot and dash tones at the correct timing ratios (a dash is three times the length of a dot, and the gap between letters is three dot-lengths). This makes it suitable for actual Morse code practice, not just visual reference.
The complete reference chart at the bottom of the tool covers all 26 letters and 10 digits, making it a handy quick-reference guide even if you're not actively translating anything.
Your privacy is our priority. All processing happens entirely in your browser using JavaScript. No files, data, or inputs are ever uploaded to any server. Everything stays on your device, making this tool completely safe to use with sensitive content.
Morse code is a method of encoding text as sequences of dots (short signals) and dashes (long signals). Developed in the 1830s by Samuel Morse and Alfred Vail, it was the first widely used digital communication system. Each letter and number has a unique dot-dash pattern.
Yes. Click the play button to hear your text as Morse code audio using the Web Audio API. The tone frequency and speed can be adjusted. This is useful for learning Morse code by ear.
Morse code speed is measured in WPM (words per minute), where a standard word is 'PARIS' (50 dot units). Beginners typically start at 5-10 WPM. Licensed amateur radio operators often communicate at 20-30 WPM. The world record is over 75 WPM.
Standard Morse code covers A-Z, 0-9, and common punctuation (period, comma, question mark, etc.). It does not have codes for all Unicode characters or accented letters. Non-supported characters are typically skipped or shown as a placeholder.
Yes, though rarely. Amateur (ham) radio operators still use it, and it is required knowledge for some radio licenses. It is also used in aviation (VOR navigation beacons transmit their identifier in Morse), and as an accessibility feature (some devices allow SOS signals via Morse).