Braille Translator

Free braille translator: text to braille and braille to text in Unified English Braille. Grade 1 and 2, alphabet chart and dot patterns.

Quick Examples
Translation Mode
Braille Grade
Letter-by-letter translation. Each letter becomes one braille cell.

Braille Alphabet Reference

Dot Pattern

1
4
2
5
3
6
Braille cells use a 2×3 grid of dots. Dots are numbered 1-2-3 (top to bottom) on the left and 4-5-6 on the right.

Cell mappings follow Unified English Braille. Check any transcription intended for embossing against your local braille authority.

Did this calculator solve your problem today?

Contributor

Reviewed by

How to Convert Text to Braille

Our free braille translator instantly converts any text to braille characters and vice versa. Whether you're a teacher creating learning materials, a student studying braille, or designing accessible signage, this tool makes braille translation simple. Just type your text and see it transformed into Unicode braille symbols you can copy anywhere.

What Is Braille?

Braille is a tactile reading system invented by Louis Braille in 1824. It uses raised dots arranged in cells of 2 columns and 3 rows (6 dots total). Each cell represents a letter, number, or punctuation mark. The system enables blind and visually impaired individuals to read through touch. There are two grades: Grade 1 (uncontracted) uses one cell per letter, while Grade 2 (contracted) uses abbreviations for common words and letter combinations.

Dot Position Numbering

1 • 4 2 • 5 3 • 6

How to Use the Braille Translator

1

Select your translation mode: Text → Braille or Braille → Text.

2

Choose Grade 1 (uncontracted) or Grade 2 (contracted) braille depending on your needs.

3

Type or paste your text in the input field. For braille input, paste Unicode braille characters.

4

View the translation instantly below, along with character-by-character breakdown showing dot patterns.

5

Use the reference chart to look up any letter, number, punctuation, or contraction.

6

Copy the result to clipboard or download as a text file.

Who Uses Braille Translation?

Teachers & Educators

Create braille learning materials, worksheets, and quizzes for students learning to read and write braille.

Students Learning Braille

Practice translating text to braille and verify your manual translations are correct.

Accessibility Designers

Verify braille signage and labels before production. Check that contracted braille is correct.

Family Members

Communicate with visually impaired loved ones by creating braille messages and cards.

Authors & Game Designers

Add authentic braille to stories, puzzles, escape rooms, and games involving coded messages.

Why Use Our Braille Translator?

Instant Bidirectional Translation

Convert text to braille OR braille to text. Real-time translation as you type with support for Unicode braille characters.

Grade 1 and Grade 2 Support

Choose between uncontracted (letter-by-letter) or contracted braille with common abbreviations like 'the' (⠮), 'and' (⠯), and 'for' (⠿).

Complete Reference Chart

Built-in alphabet chart with all letters A-Z, numbers 0-9, punctuation, and Grade 2 contractions. Click any character to see its braille pattern.

Visual Dot Pattern Display

See exactly which dots are raised in each braille cell. Perfect for learning how braille encoding works.

Accessible Design

Built with WCAG accessibility standards. Works on all devices—desktop, tablet, and mobile—with keyboard navigation support.

Frequently Asked Questions

Grade 1 (uncontracted) braille translates each letter individually—one letter equals one braille cell. Grade 2 (contracted) braille uses abbreviations for common words ('the' = ⠮, 'and' = ⠯) and letter combinations ('ing' = ⠬, 'th' = ⠹), making text more compact. Most published braille books use Grade 2.

Numbers in braille use a number indicator (⠼) followed by the letters a-j representing 1-0. For example, '5' is ⠼⠑ (number indicator + 'e'). After the number indicator, letters a-j become digits until a space or letter indicator appears.

The braille alphabet uses a 6-dot cell arranged in 2 columns and 3 rows. Each letter has a unique dot pattern. The first 10 letters (a-j) use only the top 4 dots. Letters k-t add dot 3, and u-z add dots 3 and 6. The pattern follows a logical system invented by Louis Braille in 1824.

Louis Braille invented the braille system in 1824 at age 15 in France. Blinded in an accident at age 3, he developed the system while studying at the Royal Institute for Blind Youth in Paris. His system was based on a 'night writing' code used by the French military.

Yes! Simply switch to 'Braille → Text' mode and paste Unicode braille characters. Our translator recognizes both Grade 1 and Grade 2 contractions and converts them back to readable English text.

Yes, our braille translator is built with accessibility in mind. It includes ARIA labels, keyboard navigation, and follows WCAG guidelines. The visual dot patterns are also described in accessible formats.