Blog · Typography

Dyslexia-friendly typefaces for print - and why screens are different

10 min read · May 20, 2026

The dyslexia-font conversation online happens on screens, for screens. OpenDyslexic, Lexend, Atkinson Hyperlegible - almost everything written about them assumes a backlit display. But a large share of dyslexic reading still happens on paper: school textbooks, library books, work documents printed for review, novels in the hand. The typeface that helps you most on screen is not automatically the typeface that helps you most in print, and treating the two as the same problem leaves a lot of comfort on the table.

The short answer

Why print and screens are different reading environments

It is tempting to think of print as "just like a screen, only static." It is not. Five things change, and each of them reshapes which typefaces win.

Resolution. A modern screen displays roughly 100-300 pixels per inch. A commercial book is printed at the equivalent of 1200-2400 dpi. Fine letter details survive in print that are smudged or anti-aliased on screen. This rewards typefaces with subtle, well-resolved letter shapes - and slightly penalises typefaces drawn deliberately chunky for low-resolution rendering.

Ink behaviour. Ink soaks into paper. Sharp edges round off. Thin strokes get thinner; thick strokes get a touch thicker. Typefaces with extreme contrast between thick and thin strokes can become harder to read on cheap paper, not easier. Weighted, bottom-heavy designs - the OpenDyslexic strategy - can blur into the page rather than standing out from it.

Contrast and glare. Paper does not emit light. There is no backlight to fight, no flicker, no blue spike. For readers with visual stress, this alone changes which fonts read comfortably. The link between background colour and dyslexia is about screen luminance as much as about colour; on paper, off-white is easy to get with cream stock and there is no glare to compensate for.

Eye movement. On screen you can scroll. In a book you cannot. The page layout - line length, leading, margins - is fixed for the whole read. Bad typography on paper compounds across a chapter in a way you cannot scroll out of.

Adjustability. This is the big one. On a screen, a dyslexic reader can change font, size, spacing, and colour. In print, those choices were made for you when the book was bound. The right print typeface has to be a single setting that works - there is no slider.

What makes a typeface work on paper

The research literature on dyslexia fonts is mostly screen research, but the print-specific properties matter independently. From the work of Mary Dyson on legibility, the studies that Read Regular and FS Me cite from their own design briefs, and the everyday experience of dyslexia teachers in primary schools, a few features consistently come out as helpful in printed material.

Open, distinguishable letterforms. Letters like a, e, c, o, and the b/d/p/q quartet need to stay clearly different from each other. This is the same priority as on screen, but print rewards subtler distinctions than aggressive ones, because the higher resolution preserves them anyway.

Generous x-height. The height of lowercase letters relative to capitals matters more in print, because you cannot zoom. A taller x-height makes 10-11pt body text usable; a small x-height pushes you toward 12-14pt to compensate, which eats pages.

Restrained stroke contrast. Big differences between thick and thin strokes look elegant in a magazine spread and punish a struggling reader in a 300-page novel. Lower-contrast designs hold up better over long stretches.

Generous default spacing. Tightly-set type - common in newspapers to save column inches - drives up letter confusion. A typeface designed with relaxed default tracking, or a layout that opens it deliberately, helps. The same logic as on screen, where we discussed it in line spacing and letter spacing for dyslexia.

Clear numerals and punctuation. Often overlooked. A font with a well-drawn 1, l, I, 0 and O is doing real work for a dyslexic reader trying to copy down a date, an ISBN, or a phone number from a printed page.

The typefaces that hold up in print

Sassoon Primary

Designed by Rosemary Sassoon for early readers based on observing children read, Sassoon Primary is one of the few typefaces deliberately drawn for the printed page first. The letter shapes follow handwriting more closely than typographic convention, the exit strokes guide the eye to the next letter, and the x-height is large enough for small print sizes to remain readable. It is the standard choice in many UK primary schools, and it earns the position - for early readers in particular, on paper, it is hard to beat.

FS Me

FS Me was developed by Fontsmith in partnership with Mencap to be readable for people with learning disabilities. It is a sans-serif with unusually distinct letterforms - the 'q' descender is rounded differently from the 'g', the 'a' has a clear two-storey structure, and the spacing is generous by default. It is licensed rather than free, but for organisations producing dyslexia-aware print material (charities, accessible-format publishers, schools), it is one of the most defensible choices on the market.

Read Regular

Created by Natascha Frensch with dyslexia in mind, Read Regular emphasises differentiation between commonly-confused letter pairs, but in a more conservative design than OpenDyslexic. The shapes survive the ink-spread of cheap paper better, and the proportions are closer to what readers are used to from conventional book typography, which reduces the adjustment cost of switching to it.

Atkinson Hyperlegible (in print)

Atkinson Hyperlegible was designed for low-vision readers, primarily on screen, but it prints unusually well. Its design priority - making every glyph maximally distinct - survives ink absorption with very little loss. For adult print material aimed at dyslexic readers, particularly where letter confusion is the main complaint, Atkinson is the strongest of the screen-first fonts to carry across to paper. Our piece on Lexend vs Atkinson Hyperlegible explains the design priority in more detail.

Bookerly, Charter, and book faces

Amazon's Bookerly was designed for e-readers but inherits the qualities of traditional book typefaces - moderate x-height, low stroke contrast, designed for hours of reading rather than glanceability. For long-form dyslexic reading on paper, Bookerly-style book faces (and close cousins like Charter, Source Serif, and Georgia in its print weights) are often more comfortable than the geometric sans-serifs that dominate the screen-dyslexia conversation. We touched on this in our piece on Kindle fonts for dyslexia - much of that argument carries over directly to ink on paper.

Open Sans, Verdana, Tahoma (decent defaults)

Among the typefaces likely to be on every computer, Open Sans, Verdana and Tahoma all set respectably in print. They are not dyslexia-designed, but they share the right priorities: open shapes, large x-height, generous default spacing, low stroke contrast. For everyday documents printed at home or at work, these are reasonable fallbacks when you cannot license a specialist face.

Why OpenDyslexic is harder in print

OpenDyslexic gets used so widely on screen that its underperformance in print can come as a surprise. Two things conspire.

First, the font's signature feature - the heavy, weighted bottoms to letters - is drawn to be obvious on a low-DPI screen. When printed, especially on uncoated paper, those weighted bottoms can blur into each other and the surrounding white space, turning the very distinction that was supposed to help into ink-mud. The b/d/p/q rotation cue gets softened in exactly the place where it most needs to stay crisp.

Second, OpenDyslexic has wide default spacing and tall ascenders, which means a page set in it uses 15-25% more paper than the same page set in Atkinson or Sassoon Primary at the same body size. For a textbook or a novel, that is a real cost: more pages means more line transitions, and line transitions are where dyslexic readers lose their place.

None of this means OpenDyslexic is bad in print. For some readers it still helps, and the letter rotations it solves are real. But it is not the automatic best choice it tends to be on screen - and if a child or adult finds it harder on paper than on a tablet, that is consistent with the design, not a problem with the reader.

Page setup, not just typeface

The typeface is one variable. Several others matter at least as much.

The body size and leading targets line up closely with what works on screen - we covered the screen numbers in best font size for dyslexic adults. The big print-specific difference is paper colour and finish. Pure white printer paper is the worst of both worlds: high glare and maximum contrast. Replacing it with cream or pale-blue stock for long documents is one of the cheapest comfort wins available, and it costs nothing once you have the paper.

Alignment matters as much in print as on screen. The river-of-white-space problem that we covered in justified vs left-aligned is, if anything, worse on paper, because there is no setting to flip when the book is already bound.

When you cannot change the typeface

Sometimes you are handed a book or document and the font choice is already made. A few salvage moves still help.

Photocopy or rescan at 110-120% to lift the body size without distorting the layout - this is the print equivalent of bumping browser zoom. Use a coloured overlay sheet (cream, blue, or grey, see our piece on Irlen syndrome and tinted overlays) to cut the contrast. Use a card ruler under the current line to anchor the eye - surprisingly low-tech and surprisingly effective for readers who otherwise lose their place every few lines. And for long-form reading, check whether the same book exists as an ebook or audiobook; if it does, the choice is no longer print-or-nothing, and the screen tools become available again.

Bringing it back to the screen

For most dyslexic adults today, the largest share of reading still happens on a screen - emails, articles, work documents, e-books. The print recommendations above are the cousin set to the screen recommendations, not a replacement. If you read primarily on screen, the best fonts for dyslexia in 2026 guide is the place to start, and LexiFont gives you the one-click way to apply OpenDyslexic to any website in Chrome. LexiFont Pro adds Lexend, Atkinson Hyperlegible and Comic Neue, plus the spacing controls that mirror the print recipe above - so if you have a print typeface that works for you on paper, you can usually get something close on screen too.

The point of separating print and screen is not to introduce extra complexity. It is to stop reaching for the wrong tool. If a child finds OpenDyslexic helpful on a tablet and hard on paper, both can be true at once. If an adult reads Atkinson Hyperlegible comfortably online and the same novel in print feels heavier, the typography is the variable, not the reader. Knowing that the two environments call for slightly different choices is the start of getting both of them right.

Get LexiFont Pro - OpenDyslexic, Lexend, Atkinson Hyperlegible and Comic Neue for $14.99 one-time

Further reading

• Sassoon Primary font for children with dyslexia
• Lexend vs Atkinson Hyperlegible - readability vs legibility, compared
• Background colours for dyslexia - cream, blue, or grey?
• Best font size for dyslexic adults - what research recommends