As a parent or teacher, spotting maths difficulties early can make an enormous difference. A child who falls behind in Year 2 doesn’t automatically catch up by Year 4 — gaps tend to grow if left unaddressed.
This article walks you through the clear warning signs that a child is struggling with maths, explains why each sign matters, and gives you practical fixes you can start using today. Whether your child is in KS1 or KS2, you’ll find targeted advice that actually works.
We’ll also show you how interactive tools like Hit the Button can dramatically improve number fluency, speed, and confidence — making maths feel less like a chore and more like a game.
By the end of this article, you’ll know exactly what to look for, what to do about it, and how to keep your child motivated along the way.
What Does “Struggling with Maths” Actually Look Like?
Maths difficulty isn’t always obvious. It rarely looks like a child staring blankly at a page. More often, it looks like avoidance, frustration, or a quiet confidence that slowly disappears.
Children who need support might:
- Say “I’m just bad at maths” repeatedly
- Take much longer than peers to complete simple calculations
- Refuse to attempt questions without heavy reassurance
- Make the same types of errors over and over
These aren’t signs of low intelligence. They’re signs of gaps in foundational knowledge — and gaps can be filled.
Why Maths Fluency Matters (KS1 & KS2)
The National Curriculum in England builds maths skills year by year. Each stage depends on the last.
In KS1 (Years 1–2), children learn number bonds, counting, and early addition and subtraction. In KS2 (Years 3–6), they move into multiplication, division, fractions, and more complex problem-solving.
If a child hasn’t secured number bonds to 10 by Year 2, they’ll struggle with mental arithmetic in Year 3. If times tables aren’t fluent by Year 4, long multiplication in Year 5 becomes painfully slow.
Maths fluency also builds:
- Working memory and concentration
- Logical thinking and pattern recognition
- Confidence across all school subjects (including science)
- Life skills — budgeting, time, measuring, cooking
The earlier a gap is spotted, the faster it can be closed.
7 Clear Signs Your Child Needs Help with Maths
Sign 1: They Count on Their Fingers for Basic Sums
Counting on fingers is completely normal in Reception and Year 1. But if your child is still doing it in Year 3 or beyond, it suggests number bonds haven’t been secured.
Why it matters: Finger-counting is slow and uses up working memory. When a child is busy counting to add 7 + 5, they can’t focus on the broader problem.
The fix: Practise number bonds to 10 and 20 daily. Use flashcards, oral drills, or games. Hit the Button has a dedicated number bonds mode that’s ideal for building this speed.
Sign 2: They Freeze When Asked to Answer Quickly
Does your child shut down when put on the spot? This is often a sign that facts haven’t moved from conscious effort to automatic recall.
Maths facts (like 6 × 7 = 42) need to be automatic — recalled without thinking — so children can use their mental energy on harder problems.
The fix: Daily low-pressure speed practice. Even 5 minutes a day builds fluency. Timed games are brilliant here — they create urgency without real-world consequences.
Sign 3: They Make the Same Mistakes Repeatedly
Every child makes errors. But when a child makes the same error week after week, that’s a signal.
Common repeat mistakes include:
- Reversing digits (writing 61 instead of 16)
- Forgetting to carry in column addition
- Multiplying instead of dividing (or vice versa)
- Misreading the = sign
The fix: Identify the specific error pattern. Don’t just mark it wrong — explore why it’s happening. Often a single misconception is causing multiple problems.
Sign 4: They Avoid Maths Entirely
Does homework time become a battle? Does your child claim to feel ill before a maths lesson?
Avoidance is often maths anxiety in disguise. Children who feel consistently lost begin associating maths with failure — and avoidance is their coping strategy.
The fix: Remove pressure and reintroduce maths through play. Games, puzzles, and low-stakes activities rebuild a positive relationship with numbers.
Sign 5: Their Times Tables Are Shaky
By the end of Year 4, children in England are expected to know all times tables up to 12 × 12. This is tested in the Multiplication Tables Check (MTC).
If your child hesitates on 7 × 8 or 9 × 6, they’re likely to struggle with:
- Long multiplication
- Division
- Fractions and percentages
- Algebra in secondary school
The fix: Target the tricky tables (6s, 7s, 8s, 9s) with focused practice. Hit the Button’s times tables mode is one of the best free tools for this — it gives immediate feedback and tracks progress.
Sign 6: They Don’t Understand Place Value
Can your child tell you the difference between 342 and 423? Do they understand what the “4” means in each number?
Place value is the backbone of all arithmetic. Children who don’t understand it will struggle with:
- Column addition and subtraction
- Multiplication and division
- Decimals and fractions
The fix: Use visual tools — base-10 blocks, place value charts, or drawn grids. Make it physical before making it abstract.
Sign 7: They Can’t Apply Maths to Real Life
Some children can follow a written method in class but fall apart when maths appears in a real-world context — working out change, telling the time, or sharing equally.
This shows procedural understanding without conceptual understanding. They’ve learned the steps but not the meaning.
The fix: Weave maths into daily life. Ask questions at the supermarket, while cooking, or on car journeys. “If bananas cost 20p each and we want 6, how much will that be?”
Step-by-Step Guide to Closing Maths Gaps
Step 1: Identify the Specific Gap
Don’t try to fix everything at once. Use a simple assessment — a few questions from each topic — to pinpoint exactly where confidence breaks down.
Example: Give your child 10 questions: 5 addition, 5 multiplication. Where do they slow down or make errors?
Mini tip: Schools use assessment trackers. Ask your child’s teacher what gaps they’ve identified — they’ll usually be happy to share.
Step 2: Go Back One Step Further Than You Think
If a child is struggling with multiplication, don’t just drill multiplication. Check that addition and skip counting are secure first. The issue is usually one step back from where the problem appears.
Example: A child struggling with 4 × 7 might not be confident skip counting in 4s. Fix that first.
Mini tip: The maths curriculum is sequential. Foundations matter more than speed.
Step 3: Practise Little and Often
Fifteen minutes of focused practice five days a week is far more effective than an hour on a Sunday night.
Build a habit. Same time, same place. Keep it calm, positive, and short.
Mini tip: End every session on a question the child can answer. They should finish feeling good, not defeated.
Easy Tricks and Shortcuts
For times tables:
- The 9× table: use your fingers or notice the digits always add to 9 (9, 18, 27, 36…)
- The 5× table: always ends in 0 or 5
- The 11× table (up to 9): just double the digit (11 × 6 = 66)
For addition:
- Start with the bigger number and count up
- Round to the nearest 10, then adjust (e.g., 47 + 8 = 47 + 10 − 2 = 55)
For subtraction:
- Count up from the smaller number to find the difference
- This is called “shopkeeper’s subtraction” and many children find it easier
Common Mistakes and How to Fix Them
| Mistake | Why It Happens | Fix |
|---|---|---|
| Adding instead of multiplying | Confusion between operations | Use real-life grouping examples |
| Forgetting place value in column sums | Rushing or poor layout | Use squared paper to keep columns aligned |
| Saying 6 × 0 = 6 | Doesn’t understand zero rule | Explain with empty groups: “0 bags of 6 sweets = 0 sweets” |
| Reversing digits | Visual processing issue | Reinforce with physical number lines |
| Getting remainders wrong | Division not fully secure | Go back to sharing objects physically |
| Mixing up ÷ and × | Signs look similar | Colour-code operations in practice books |
| Giving up on worded problems | Vocabulary barrier | Teach maths vocabulary explicitly |
Fun Practice Methods
At home:
- Play card games that involve addition or multiplication (Snap with sums, War with multiplication)
- Cook together — double or halve a recipe
- Use board games like Monopoly Junior for money and mental maths
In the classroom:
- Whiteboard races (whole class answers simultaneously — removes the shame of individual wrong answers)
- Maths talk: “How did YOU work that out?” — builds reasoning
- Peer teaching — children explaining to each other is highly effective
Real-life applications:
- Telling the time and calculating durations
- Shopping and giving change
- Sports statistics (football scores, lap times)
Practise This Skill Using Hit the Button
One of the most effective tools for building number fluency is Hit the Button — a free, interactive maths game designed specifically for KS1 and KS2 pupils.
What makes it so effective?
Hit the Button presents maths questions in a timed format, asking children to press the correct answer before the clock runs out. It covers:
- Number bonds (to 10, 20, and 100)
- Times tables (all tables up to 12)
- Division facts
- Doubling and halving
- Square numbers
Why timed practice works:
Speed matters in maths. Not because children should be rushed, but because automaticity — instant recall without effort — frees up the brain to tackle harder problems. Hit the Button builds exactly that.
How to use it effectively:
- Start with a topic your child is almost confident in — not one they find very hard
- Play for 5 minutes, then rest
- Track scores and celebrate improvement (not just high scores)
- Gradually move to trickier topics as confidence builds
Children who use Hit the Button regularly show measurable improvements in speed, accuracy, and willingness to attempt maths tasks. That last one — willingness — is often the biggest change parents notice.
Practice Questions
Try these with your child. Answers are at the bottom.
Number Bonds:
- 6 + ? = 10
- ? + 15 = 20
Times Tables: 3. 7 × 8 = ? 4. 9 × 6 = ? 5. 12 × 11 = ?
Division: 6. 56 ÷ 7 = ? 7. 81 ÷ 9 = ?
Mixed: 8. Double 35 = ? 9. Half of 96 = ? 10. What is 25% of 80? 11. A bag has 6 apples. How many apples in 9 bags? 12. I have £5.00 and spend £3.47. How much change do I get?
Answers: 1) 4 · 2) 5 · 3) 56 · 4) 54 · 5) 132 · 6) 8 · 7) 9 · 8) 70 · 9) 48 · 10) 20 · 11) 54 · 12) £1.53
Expert Tips for Parents and Teachers
For parents:
- Never say “I was always bad at maths” in front of your child — it gives them permission to give up
- Praise effort, not results: “You kept trying — that’s what makes you better”
- Use the school’s calculation methods, not your own — mixed methods confuse children
- If your child is anxious, speak to the class teacher before starting extra practice at home
For teachers:
- Pre-assess before each new unit — don’t assume prior knowledge is solid
- Interleave topics: revisit old skills while teaching new ones
- Use retrieval practice at the start of lessons (3 quick questions from previous units)
- Identify which children lack fluency vs. which lack understanding — the interventions are different
Advanced Insight: Why Automaticity Is the Real Goal
Here’s something most maths articles miss: the goal of early maths practice isn’t just to get right answers. It’s to build automaticity.
Automaticity means a fact or skill is so well-rehearsed that it requires almost no conscious thought. Like reading the word “cat” — you don’t sound it out any more, you just know it.
When maths facts become automatic, the brain’s working memory is freed up. Research in cognitive load theory (Sweller, 1988) shows that working memory is limited — if a child is using it to recall 6 × 7, there’s less capacity left for solving the actual problem.
This is why children with fluent times tables find problem-solving so much easier. It’s not that they’re smarter — they’ve simply automated the building blocks.
The progression looks like this:
Concrete → Pictorial → Abstract → Automatic
Most teaching stops at Abstract. The goal is Automatic. That’s where timed practice tools like Hit the Button genuinely earn their place.
FAQ
What age should my child know their times tables? The UK National Curriculum expects children to know all times tables up to 12 × 12 by the end of Year 4 (age 8–9). The Multiplication Tables Check tests this in Year 4.
How do I know if it’s maths anxiety or a learning difficulty? Maths anxiety is emotional — the child knows the answer when calm but freezes under pressure. A learning difficulty like dyscalculia affects number sense more deeply. If you’re concerned, speak to your school’s SENCO for an assessment.
Is Hit the Button suitable for KS1? Yes. Hit the Button includes number bonds to 10 and 20, doubling and halving, and simple multiplication — all appropriate for Years 1 and 2.
How long should my child practise maths each day? For most children, 10–15 minutes of focused daily practice is more effective than longer, irregular sessions. Consistency beats intensity.
What if my child refuses to practise? Start with games rather than worksheets. Hit the Button, dice games, and card-based activities feel like fun, not work. Once confidence grows, more structured practice becomes easier.
Can Hit the Button help with the Year 4 Multiplication Tables Check? Absolutely. The MTC tests times tables under timed conditions — exactly what Hit the Button practises. Regular play directly prepares children for the format and feel of the test.
My child knows their tables but still gets sums wrong — why? Knowing tables doesn’t automatically mean a child can apply them. Check understanding of place value, carrying, and how operations relate to each other. Fluency and understanding need to develop together.
Conclusion: Small Steps, Big Results
Maths difficulty rarely fixes itself — but it also doesn’t take a miracle to address. In most cases, it takes consistent, targeted, low-pressure practice.
Start by identifying the specific gap. Go back one step further than you think. Practise little and often. And make it enjoyable wherever you can.
Whether you use flashcards, real-life maths moments, or interactive games like Hit the Button, the key is regularity. Five minutes a day, five days a week, will outperform an hour of stressed Sunday-night cramming every single time.
Your child doesn’t need to love maths. They just need to feel capable. That feeling changes everything.
You can also explore related topics on this site — number bonds, division facts, and doubling and halving are great places to start alongside times tables practice.
Ready to start? Try Hit the Button now and see how much your child can improve in just one week.