Braille alphabet chart: every letter, number, and symbol
Bookmark this page. Below is the complete Braille alphabet, every letter, number, and most punctuation symbols you'll ever need, with the dot pattern for each. If you want to see how the patterns actually feel (or just type and convert), skip ahead to the online Braille converter.
How to read the cells
Each Braille character lives in a rectangular cell of 6 dots, arranged in 2 columns of 3. The dots are numbered like this:
1 4
2 5
3 6
When you see a cell written as dots 1-2-3 (⠉), it means the top-left, middle-left, and bottom-left dots are raised. That's the letter "c" in Braille. Easy.
Throughout this page we'll show the Braille pattern as a Unicode character (like ⠉) and as a dot-list (1-2-3) so you can learn both representations.
Letters A to Z
The English Braille alphabet maps directly: 'a' is dot 1, 'b' is dots 1-2, 'c' is dots 1-4, and so on. Here's the whole thing:
| Letter | Braille | Dots |
|---|---|---|
| a | ⠁ | 1 |
| b | ⠃ | 1-2 |
| c | ⠉ | 1-4 |
| d | ⠙ | 1-4-5 |
| e | ⠑ | 1-5 |
| f | ⠋ | 1-2-4 |
| g | ⠛ | 1-2-4-5 |
| h | ⠓ | 1-2-5 |
| i | ⠊ | 2-4 |
| j | ⠚ | 2-4-5 |
| k | ⠅ | 1-3 |
| l | ⠇ | 1-2-3 |
| m | ⠍ | 1-3-4 |
| n | ⠝ | 1-3-4-5 |
| o | ⠕ | 1-3-5 |
| p | ⠏ | 1-2-3-4 |
| q | ⠟ | 1-2-3-4-5 |
| r | ⠗ | 1-2-3-5 |
| s | ⠎ | 2-3-4 |
| t | ⠞ | 2-3-4-5 |
| u | ⠥ | 1-3-6 |
| v | ⠧ | 1-2-3-6 |
| w | ⠺ | 2-4-5-6 |
| x | ⠭ | 1-3-4-6 |
| y | ⠽ | 1-3-4-5-6 |
| z | ⠵ | 1-3-5-6 |
Numbers 0 to 9
Numbers in Braille piggyback on the first ten letters (a to j), prefixed with the number indicator (⠼, dots 3-4-5-6). Once you see the number indicator, the next cell is read as a digit:
| Number | Braille | Notes |
|---|---|---|
| 1 | ⠼⠁ | number indicator + a |
| 2 | ⠼⠃ | number indicator + b |
| 3 | ⠼⠉ | number indicator + c |
| 4 | ⠼⠙ | number indicator + d |
| 5 | ⠼⠑ | number indicator + e |
| 6 | ⠼⠋ | number indicator + f |
| 7 | ⠼⠛ | number indicator + g |
| 8 | ⠼⠓ | number indicator + h |
| 9 | ⠼⠊ | number indicator + i |
| 0 | ⠼⠚ | number indicator + j |
The number indicator is in effect until you hit a space, a letter, or another indicator. So "123" is five cells: ⠼⠁⠃⠉, not eight.
Punctuation
Most common punctuation has a single-cell symbol:
| Punctuation | Braille | Dots |
|---|---|---|
| Period | ⠲ | 2-5-6 |
| Comma | ⠂ | 2 |
| Question mark | ⠦ | 2-3-6 |
| Exclamation mark | ⠖ | 2-3-5 |
| Semicolon | ⠆ | 2-3 |
| Colon | ⠒ | 2-5 |
| Hyphen | ⠤ | 3-6 |
| Apostrophe | ⠄ | 3 |
| Open quote | ⠐⠦ | two cells |
| Close quote | ⠘ | 2-3-6 + 4-5-6 |
Grade 2 contractions (English)
In Grade 2 Braille, common words get shortened to a single cell. Here are the most frequent ones you'll see in everyday text:
| Word | Braille | Notes |
|---|---|---|
| and | ⠯ | whole-word |
| for | ⠿ | whole-word |
| of | ⠷ | whole-word |
| the | ⠮ | whole-word (also this, there, these, those, their) |
| with | ⠾ | whole-word |
| but | ⠆ | whole-word + part-word |
| can | ⠡ | whole-word + part-word (also child, character, knowledge) |
| do | ⠙ | whole-word + part-word |
| every | ⠾ | whole-word + part-word (also just, with) |
| from | ⠫ | whole-word + part-word |
| go | ⠛ | whole-word + part-word |
| have | ⠓ | whole-word + part-word (the h sign) |
| just | ⠾ | whole-word + part-word (same as every) |
| knowledge | ⠡ | whole-word + part-word (same as can) |
| like | ⠇ | whole-word + part-word |
| more | ⠍ | whole-word + part-word |
| not | ⠒ | whole-word + part-word |
| people | ⠏ | whole-word + part-word |
| quite | ⠟ | whole-word + part-word |
| rather | ⠗ | whole-word + part-word |
| so | ⠕ | whole-word + part-word |
| that | ⠞ | whole-word + part-word |
| us | ⠥ | whole-word + part-word |
| very | ⠧ | whole-word + part-word |
| will | ⠺ | whole-word + part-word (the w sign) |
| it | ⠭ | whole-word + part-word |
| you | ⠢ | whole-word + part-word |
| as | ⠁ | whole-word + part-word |
| his | ⠓ | whole-word + part-word |
| in | ⠊ | whole-word + part-word |
| was | ⠱ | whole-word |
| shall | ⠩ | whole-word |
| out | ⠳ | whole-word |
| still | ⠌ | whole-word |
| which | ⠱ | whole-word (also where, was) |
Curious why Grade 2 exists at all? Here's the full comparison.
Spanish, French, German accents
The base Latin alphabet is shared across Western European Braille systems. The main differences are accented letters and a few language-specific symbols:
| Letter | Language | Braille |
|---|---|---|
| á | Spanish | ⠷ |
| é | Spanish, French | ⠿ |
| í | Spanish | ⠻ |
| ó | Spanish | ⠳ |
| ú | Spanish | ⠾ |
| ñ | Spanish | ⠹ |
| ü | Spanish, German | ⠳ |
| à | French | ⠷ |
| â | French | ⠡ |
| ç | French | ⠯ |
| è | French | ⠮ |
| ê | French | ⠣ |
| ë | French | ⠫ |
| î | French | ⠩ |
| ï | French | ⠻ |
| ô | French | ⠹ |
| ù | French | ⠾ |
| û | French | ⠱ |
| ä | German | ⠜ |
| ö | German | ⠪ |
| ß | German | ⠮ |
To convert text in any of these languages with proper accented output, use the main converter, just pick your language from the dropdown and the accents map automatically.
Frequently asked questions
Why are there so few symbols if you have 63 dots to play with?
Because the 6-dot cell was chosen for a reason, every dot has to be distinguishable by touch, and packing more dots in a single cell makes them too small for fingertips. The International Union of Braille (and later UEB) decided 6 dots was the sweet spot.
How do you write capital letters in Braille?
A single capital is preceded by the capital indicator (⠠, dot 6). A whole-word capital (like an acronym) is preceded by a different indicator (⠠⠠, dot 6 twice). It's a quick, low-cost way to signal case without inventing a whole new set of symbols.
Is there a universal Braille chart for all languages?
Not really. Most languages have their own Braille system, but they share the 6-dot cell and many core symbols. Unified English Braille (UEB) is one standard for English-language countries, but Spanish uses a different standard, French has its own, and Asian scripts use multi-cell systems.
How can I practice these patterns?
Type a sentence into the converter, read the output aloud while tracing the patterns, then check your memory. Doing this for 15 minutes a day is enough to commit the alphabet to muscle memory in a couple of weeks.
If you want to understand why some letters use single-cell whole-word shortcuts and others don't, our Grade 1 vs Grade 2 comparison explains the trade-offs. And for the deeper backstory on how Louis Braille ended up designing the system, see the history of Braille.