Morse Code Tools

Things you can make and wear

The largest group by far, because a surprising number of people come to Morse specifically to put a word on something.

• Morse code bracelet maker — generates the full bead layout from a word, including where the spacer beads go, so you are not counting by hand.
• Morse code bracelet translator — the opposite job: reading a bracelet you already own or are about to buy.
• Morse code tattoo generator — producing a pattern to hand to an artist, plus the checks worth running before anything is permanent.

The common thread across all three is spacing, and it is worth saying once loudly: on a physical object, the gaps are distances rather than silences, and if the space between letters is not visibly wider than the space between marks inside a letter, the piece cannot be decoded by anyone who does not already know what it says. Well-made pieces use a distinct spacer bead or knot between letters rather than simply a bigger gap.

And the habit that saves the most grief: whatever pattern you are about to commit to metal, beads or skin, paste it into a decoder first and confirm the text that comes back is what you intended. Reading it forwards means you see what you expect to see.

Sending a message as light

Morse as light is how it was often actually used — ship to ship, hilltop to hilltop, across a room where sound would carry too far.

• Morse code flashlight — flashing a message with your screen or your phone's torch.
• Morse code light translator — the same capability framed around translating: sending flashes and reading them back.

Two practical things carry across both. The eye is much worse than the ear at short gaps, so a speed that is comfortable to listen to becomes an unreadable flicker as light — somewhere around 5 to 8 words per minute is the sweet spot for a person actually reading your flashes.

And flash rate is a genuine safety matter. Rapid flashing can trigger seizures in people with photosensitive epilepsy; the WCAG accessibility guidance uses a threshold of three flashes per second, and fast Morse can exceed that during runs of consecutive dots. Both tools ask you to opt in before any flashing starts, lowering the speed lowers the flash rate, and it is worth telling people what you are about to do before you do it.

Turning a message into a file

Sometimes the point is something you can send, post or keep.

• Morse code video maker — exports a vertical video sized for TikTok, Reels and Shorts, with the audio and flashing baked in.
• Text to morse code audio — generates audio you can download as MP3 or WAV, with control over speed and pitch.

The main translator also exports a still image of your message, on a normal background or with a transparent one, which is the easiest thing to drop into a card, a post or a design.

A note on the video export: it renders in your browser rather than on a server, which means nothing is uploaded and it works offline once the page is loaded, but it also means the export takes roughly as long as the message plays. A thirty-second message takes about thirty seconds to render. That is not the tool stalling.

Sending something to another person

This is the part that tends to surprise people, because it is the one thing a plain converter cannot do.

• Send a secret morse message — encodes your message and your settings into a link. When the person you send it to opens it, they get a single play button, and the message reveals itself with the sound and the light exactly as you set them up.

The message travels inside the link itself rather than being stored anywhere, which means there is no account, no database, and nothing left behind once the link stops being shared. It also means the link carries the message — so anyone you forward it to can open it, and a very long message makes a very long link.

What it cannot carry is an uploaded photo; images are far too large for a URL. You can pick from preset background themes instead, which do travel.

In practice this is the tool people use once and remember, because receiving one is a small event rather than a string of punctuation in a text message.

Playing with it

Not everything needs a purpose.

• Roblox morse code — decoding the Morse that turns up inside games, and using it in-game.
• Morse code in songs — the surprising number of tracks with real Morse buried in them, and what they actually say.
• Emoji morse code — hiding messages inside emoji sequences, which is exactly as silly as it sounds and works better than it should.

The songs page is the one people send to friends. Once you know what to listen for, Morse in music is genuinely everywhere — as a hook, as a hidden credit, occasionally as something the band did not intend at all.

What all of these share

Every tool on this page runs on the same foundation, and it is worth knowing what that guarantees.

The same timing engine. Whether a message is becoming audio, light, a video or a link, the durations come from the same calculation — a dot is one unit, a dash is three, letter gaps are three, word gaps are seven, and the unit length comes from the words-per-minute setting. That means a message sounds the same as it flashes, and a video matches what you heard in the browser.

The same International Morse table, standardised by the ITU. A bracelet generated here reads the same to an operator anywhere in the world.

Your browser, not a server. The conversion, the audio synthesis, the flashing, the video rendering and the link encoding all happen on your device. Nothing you type is uploaded.

Customisation carries through. Sound pack, speed, pitch, reveal style and light setting apply to playback, to downloads and to shared links alike — so what you tuned is what the other person gets.

Choosing a sound, and why it changes the result

Every tool here that produces audio — playback, downloads, video, shared links — uses the same set of sound options, and the choice matters more than people expect.

CW radio tone is the clean sine wave that ham operators actually use. It is the most authentic and the easiest to copy by ear, which makes it the right pick for anything educational.

Telegraph clicks reproduce the mechanical sounder of a landline office — percussive rather than musical. Worth knowing that historical American operators read code by the interval between two clicks rather than the length of a tone, which is a genuinely different listening experience.

Sci-fi, 8-bit and music-box are stylistic rather than authentic. They are the right choice for a video, a game, or anything where the point is atmosphere.

Submarine sonar is the slow, deep option, and it suits long messages where a high tone would grate.

Your own recorded sound is the one nothing else offers. Record any short noise — a word, a click, a dog's bark — and it becomes the dit and dah for the whole message. It is genuinely funny to receive, and it is the single feature people remember.

Whichever you pick, the timing is identical, because it comes from the same engine. A message in music-box chimes decodes exactly the same as one in a CW tone; only the texture changes.

A word about what these tools do not do

Being straight about limits saves disappointment, and there are four worth stating.

Uploaded photos cannot travel in a shared link. A URL tops out at a few kilobytes and a photo is orders of magnitude larger. Preset background themes travel; your own picture does not. It still works perfectly in local playback and in downloaded video.

Real-world decoding is best-effort. Generating audio, light and video is exact, because the tool controls the timing. Reading back from a photograph of a curved bracelet or a noisy recording is inherently harder, and clean straight-on input decodes far more reliably than a snapshot taken at an angle.

The phone torch is a flood, not a beam. It is bright and convenient at short range, and it will not carry like a handheld torch with a reflector. For genuine distance signalling, dedicated equipment wins by a wide margin.

Nothing here is a substitute for checking your own work. The tools will faithfully produce whatever you typed, including your typo. On anything permanent, decode backwards before you commit.

Planning a piece before you make it

Most of the disappointment in this category comes from starting to build before the pattern is settled. Ten minutes of planning prevents nearly all of it.

Pick the shortest wording that still means what you want. Morse is long. A five-letter name is roughly twenty marks plus spacers, which is already most of a bracelet. "ALWAYS" fits; "ALWAYS AND FOREVER" becomes a piece of jewellery nobody can wear. Initials and single words work best.

Count before you buy materials. Generate the full pattern first and count the dots, dashes and spacers. That tells you exactly how many beads of each type you need, which is cheaper than guessing and running out mid-row.

Decide the spacing convention up front and write it down. One spacer between letters, a larger one between words, nothing inside a letter. Changing your mind halfway through produces a piece that is inconsistent and therefore undecodable.

Do a dry lay-out. Put the whole pattern on a flat surface before threading or committing. Errors are obvious in a row on a table and nearly invisible once a bracelet is closed.

Then decode it backwards. Every time. It is the last chance to catch a mistake while it is still free to fix.

Where to go next

If you came here to make something specific, the links above go straight to it, and the translator on this page will convert whatever you need on the way.

If you want to understand the code rather than just use it, the learn morse code hub lays out a path from nothing to reading by ear. If you need a different kind of conversion — from a photo, from audio, from an older variant of the code — the morse code translators hub covers all of them. And morse code converter handles other encodings such as binary and emoji.

The main translator, with every option in one place, is on the homepage.