Dyslexia and Math: Why It’s Harder, and How to Help

Quick answer: Dyslexia is a language-based learning difference, but it frequently affects math too. Research estimates that more than 60% of children with dyslexia also struggle with math, not because they can’t reason with numbers, but because written instructions, word problems, and dense text-based worksheets get in the way before the math itself does.^[2] This is different from dyscalculia, sometimes informally called “math dyslexia,” which is a distinct difficulty with number sense itself, and the two are diagnosed separately even though they often overlap. Removing the reading and language barrier, rather than simplifying the math, is usually what helps most with dyslexia specifically.

Jump to a section:

• What Is Dyslexia?
• How Dyslexia Affects Math Learning
• Why a Language-Free Approach Helps
• Using Magrid in the Classroom
• Using Magrid at Home
• Get Magrid
• Dyslexia Alongside Other Learning Differences
• Frequently Asked Questions
• Sources

What Is Dyslexia?

In short, dyslexia is a neurodevelopmental learning difference that affects how the brain processes written language, particularly the ability to recognize, spell, and decode words, and it isn’t related to intelligence.^[1] This article focuses specifically on how that plays out in math. For the fuller picture, including how dyslexia looks at different ages and how it’s identified, see What Does Dyslexia Look Like in Children?

How Dyslexia Affects Math Learning

Math and reading seem like separate subjects, but in most classrooms math is taught through text: written instructions, word problems, and workbooks full of numbers and language mixed together. That’s where dyslexia gets in the way. A 2024 study found that mathematical difficulties are present in a large majority of children with dyslexia, well above what would be expected by chance.^[2] The reasons are specific, not general:

• Reading the instructions. A child can understand an operation perfectly and still get it wrong because they misread what the question is asking.
• Word problems. Translating a sentence into a math operation adds a full language-processing step before the actual math starts.
• Memorizing sequences. Times tables, multi-step procedures, and the order of operations rely on the same verbal working memory that dyslexia affects.
• Reading speed. Timed math tests penalize slow reading as much as slow calculation, even when a child’s number sense is strong.

This is why a child with dyslexia can appear to be “bad at math” when the real obstacle is the language wrapped around it, not the math itself.

Why a Language-Free Approach Helps

Magrid is a language-free cognitive foundation method that builds early math and visual-spatial reasoning skills (decision-making, analytical thinking, creative problem-solving) for children ages 3 to 12, in mainstream and special education settings alike. Because every instruction and every piece of feedback is visual, a child with dyslexia can engage with the math directly, without a reading step standing between them and the concept.

• No written instructions to decode. Every activity is explained visually, so reading difficulty never blocks access to the math.
• Language-free and communication-free. No reading, writing, or verbal explanation is required at any point, so a child never has to put a struggle into words to get support.
• Sensory-considered, distraction-free design. No ads, no unnecessary text, no competing stimuli, in a personalized space that adapts to each child’s pace.
• Self-paced progression. Children move through activities at their own speed, repeating as needed without time pressure.
• Healthy, purposeful screen time. Every minute is spent on structured learning, not passive content, making it screen time parents and teachers don’t have to feel conflicted about.
• Works in any classroom. Not tied to a fixed curriculum, so it fits alongside whatever a school or family is already doing.
• Builds the cognitive foundations underneath math. Visual-spatial reasoning, working memory, and analytical thinking are the same skills that support later reading and writing, not just numeracy.
• Evidence-based and scientifically validated. Grounded in doctoral research from the University of Luxembourg, and used nationally in Luxembourg’s public school system.

Using Magrid in the Classroom

Because it isn’t tied to a fixed curriculum, Magrid fits easily into preschool, kindergarten, and elementary classrooms (grades 1 through 3). For a student with dyslexia specifically, the language-free format means they can work through material independently instead of getting stuck at the reading step other students skip past without thinking about it.

In practice, this frees up teacher time rather than adding to it. While students who read fluently move through activities on their own, teachers can spend more one-on-one time with students with dyslexia, without holding back the rest of the class. Magrid also works well for small-group activities, where children can compare approaches and reasoning without needing to read anything aloud. A progress dashboard gives teachers a clear view of where each child is, and flags the specific skills that need more support, rather than a single overall score.

Using Magrid at Home

At home, the same language-free design means a child with dyslexia can work through math activities without needing a parent to read instructions aloud or explain what’s being asked. That independence matters: homework time is often where reading difficulty and math anxiety compound each other, and removing the reading barrier removes a lot of that friction.

Children progress at their own pace, with no timer and no pressure to finish within a set window, and parents can follow progress on a dashboard that summarizes performance by skill rather than by test score.

Building Math Confidence, Without the Reading Barrier

For a child with dyslexia, the math itself is usually not the obstacle, the language around it is. Magrid removes that barrier by design: every activity is entirely visual, self-paced, and free of the written instructions and word problems that make math harder than it needs to be. That’s what makes it a strong fit for building real cognitive and numeracy skills at school or at home, independently and with confidence.

Curious if Magrid fits your child or classroom? Try it on any device: iPhone, iPad, Android, Chromebook, or Windows.

• Get Magrid on the App Store
• Get Magrid on Google Play
• Get Magrid on the Microsoft Store

Dyslexia Alongside Other Learning Differences

Dyslexia rarely shows up in isolation. It’s common for children with dyslexia to also show traits associated with dyspraxia, dyscalculia, or autism, and a similar language-free approach tends to help across all of them, since the common obstacle is usually language, not the underlying reasoning ability. For how these same visual-processing skills connect to math more generally, see Why Visual Perception Matters for Learning.

Frequently Asked Questions