Braille is a system of reading and writing for people with sight loss, allowing you to read your favourite books, helpful signs, useful product labels and much more. It uses a combination of raised dots which are read by touching them. Each group of dots represents a letter of the alphabet, word, number or punctuation mark. Punched into paper or raised into cardboard, the system was created by Louis Braille in the early 19th century and has since been transcribed into many different languages across the globe.
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Braille is used to help you read and write with a vision impairment. You read it from left to right with your fingertips.
It is still widely used, even with the introduction of alternative assistive technologies like screen readers, text-to-speech and audiobooks. In the UK, approximately seven per cent of people with sight loss use braille.
Braille can help you to gain a deeper understanding of texts, continue learning, and increases accessibility in the workplace. It’s also really useful to label things like medicine packaging and street signage. You might find it in the supermarket too as some food products also have braille labelling on their packaging.
A braille display is a piece of technology that converts text to braille. They include computers, tablets and smartphone braille displays, which help you to read things like documents, web pages, social media, books and more.

There are two main versions of the braille code – uncontracted and contracted braille. Each have their own benefits.
Uncontracted braille is where every word is written out in full braille, this is also called grade-one braille. Uncontracted braille is useful for labelling products and learning braille as a beginner. This is why you’ll often find children’s books written in this format, making it easier for children with vision impairment to learn literacy.
Here is an example written in uncontracted braille. The sentence translates 'She's over there.'
Contracted braille, also known as grade two braille or literary braille, uses contractions of braille text. It’s the standard braille system, typically used for braille books and publications. In contracted braille, braille cells are used individually or alongside others to create a shorthand. There are 180 different letter abbreviations and 75 short-form words.
Here is an example of a sentence written in contracted braille. The sentence translates 'She's over there.'

Braille displays are available in various shapes and sizes, from 12 lines of braille cells up to 80. They display information by raising and lowering pins to form braille code. When connected to a computer, you will usually require a screen reader to send information to the display. This means you can typically use text-to-speech functions at the same time as reading braille.
You can also upload text on a braille display using a USB cable, Bluetooth or an SD card. Some allow you to connect to more than one device, letting you switch between devices with ease.
Refreshable braille displays are tactile, updating braille information naturally using:
Braille displays are useful for reading the spelling, grammar and punctuation of a text. These days, you can find light and transportable braille displays and notetakers with durable battery life, making them easy to take out with you.
A braille keyboard is a specific type of keyboard for people who use braille. They look a lot like standard computer keyboards, but the keys have raised braille dots on them.
If you learned to read braille instead of ever learning to read words, these may be better suited to you. Using a braille keyboard is easier than learning to type on a standard keyboard without braille markings.
To read and write contracted braille, you’ll need to understand uncontracted braille. Most people who learn uncontracted braille will naturally progress to learn contracted braille. It makes it easier to read braille quickly and helps reduce the amount of paper needed for printing braille books.
In public, some signs include braille to make spaces more accessible for people with sight loss. You can touch the braille on the signs to read instructions, directions and other helpful information.
To sighted people, braille writing looks like a series of raised dots. The dots make up braille cells, each symbolising a letter, word, or punctuation mark.
A braille cell looks like six embossed points in two vertical lines of three side by side, or three rows of two dots on top of each other. Each braille character, whether it’s a letter, word, sign or symbol, is made from a cell of up to six dots.
When you run your fingertips over braille symbols, you’ll feel small, raised bumps. They signify a character, number or word abbreviation.
Besides braille notetakers like the BrailleNote and braille keyboards, there are various other ways to write braille, including:
A slate and stylus creates braille impressions into a piece of paper to write sentences by hand. The slate is used as a template to write braille characters cell by cell, and the stylus makes the dots.
Use a slate and stylus by inserting paper between the two layers of the slate and pushing braille dots onto the other side with the stylus. You’ll need to make the impressions in reverse order (right to left), so you can read by touch on the other side from left to right.
Braille translators take written text and translate it into braille, or a digital braille file. You can print these files with a braille printer or upload them to a braille display. They can convert text into both uncontracted and contracted braille.
Braille paper is generally much thicker than standard printing paper as it’s better for embossing. Braille printers might also use continuous braille paper, which feeds the printer in a roll rather than separate sheets of paper.
Braille gets its name from the inventor Louis Braille, who became blind as a child following an accident. He was a student at the Royal Institution for Blind Youth in Paris, where he found inspiration for modern braille when a captain from Napoleon’s army visited. The captain demonstrated his ‘night writing’ code which used raised dots and dashes to communicate between soldiers without the need for sight.
Louis adopted this format, creating his own combination of dots within two columns of three that we know today. He then created symbols for maths and music, publishing his first braille book in 1829 at just 20 years old.
The braille alphabet, numbers and symbols are comprised of up to six raised dots. Each character is contained in a braille cell, and you can create 64 different characters by configuring the raised dots in different ways.
Braille letters are unique, making it easy for beginners to learn and apply to grade 1 braille (uncontracted braille). The braille alphabet is standardised for most countries, although abbreviations and punctuation can vary.
Braille makes learning literacy, maths and science accessible to people with sight loss. The numbers use the same combination of dots as the characters for letters A to J, preceded by a character that indicates to the reader that a number will follow. Numbers are standardised internationally, with the exception of France.
With the introduction of new devices and built-in screen readers on computers and smartphones, you now have more options than ever before. These amazing products can make life with a vision impairment easier.
But, braille is essential for teaching people skills that can be used without the need for technology.
As a system of code, braille is used across many different languages, not just English, meaning braille is accessible wherever you are in the world. It’s easy to use in almost any language, including French, Spanish, Chinese and Arabic, to name a few. However, some countries may prefer to use uncontracted braille rather than contracted braille.
Braille is not a language, but a universal system of code used by many different languages. It’s an accessible way for people with sight loss to read, write and understand the world around them safely and independently.
While there are plenty of accessible smartphones available these days, there is yet to be a mainstream option that functions via braille. Various intuitive smartphones have been designed with visually impaired people in mind, controllable by voice command and large tactile buttons. Most standard smartphones also come with built-in screen readers, such as TalkBack for Android and Apple VoiceOver for iPhone.
Yes, it is possible to text in braille. You can type messages in braille using a braille keyboard, letting them send texts using braille. Android TalkBack and Apple VoiceOver for iPhone offer options to set up a braille keyboard, entering braille characters by touching the screen in certain ways. The screen reader will narrate your actions as you type.
Yes, anyone can learn braille. Sighted people can read braille visually or they can learn it by touch. Someone who is sighted might learn braille if they are supporting someone who is blind or has impaired vision, or simply to learn for themselves.
Yes, braille watches can help people with a vision impairment to tell the time. They come in different styles, designs and colours, including smartwatches and more traditional watches.
Braille stickers are self-adhesive and embossed with braille, allowing you to place labels onto objects, packages and documents. They are a cost-effective and accessible way to label items and encourage learning at school. You can find all kind of stickers, from braille letters and numbers to animals and smiley faces for kids.