Why Times Tables Matter: A Parent's Guide to Building Confident Mathematicians

Young child looking frustrated about his timestables. His concerned parent is trying to console him.

As a parent, you've probably heard about the importance of times tables. But you might be wondering: why do they matter so much, and what's the best way to help your child learn them?

The good news is that modern research gives us clear answers. Times tables aren't just about memorisation—they're a foundation that helps your child succeed in mathematics for years to come.

The Science Behind Times Tables (And Why Speed Isn't Everything)

When children become fluent with their multiplication facts, something powerful happens. According to the National Centre for Excellence in the Teaching of Mathematics (NCETM), knowing times tables frees up working memory. This means your child can focus their mental energy on understanding fractions, decimals, percentages and problem-solving, rather than getting stuck on basic calculations.

But here's what many parents don't realise: instant recall is not the goal. Recent research from the University of Nottingham is crystal clear—speed of recall alone isn't enough, and for many children, the pressure to answer quickly can actually be harmful.

What truly matters is that your child has a method to work out the answer and understands how to apply multiplication in real mathematical problems. A child who can confidently work out 7 × 8 by thinking "I know 7 × 7 is 49, so 7 × 8 is 49 + 7 = 56" is demonstrating excellent mathematical thinking. They may take a few seconds longer than instant recall, but they're building the kind of flexible, strategic thinking that leads to success in higher-level maths.

Instant recall is wonderful if it develops naturally, but getting answers quickly without understanding how to use them is far less valuable than having reliable strategies and knowing when and why to multiply.

How Children Learn Best

Before diving into specific tools and activities, it's helpful to understand what actually works.

Start with Understanding, Not Just Memorising

Research shows that children learn times tables most effectively when they see them as meaningful number patterns and relationships. This approach reduces anxiety and helps facts stick in long-term memory. When children understand why 6 × 4 equals 24 (perhaps by thinking of it as six groups of four, or double 3 × 4), they develop mathematical thinking alongside recall.

Combine Strategy with Practice

Memory grows stronger when supported by strategies like skip counting, using facts they already know, and visual models like arrays. Engaging practice works better than rote repetition alone. This is why varied, enjoyable activities produce better results than endless worksheets.

Keep It Fun and Pressure-Free

Games, hands-on materials and interactive tools make practice more effective, especially for children who find timed drills stressful. Making times tables practice enjoyable isn't "soft"—it's evidence-based teaching.

Recommended Apps and Digital Tools

Here are some effective digital resources that support times tables learning without overemphasising speed at the expense of understanding:

SplashLearn — Multiplication Practice

SplashLearn offers interactive, adaptive games that let children practise times tables at their own level. You can customise the challenges to focus on specific tables or broader multiplication skills, making it ideal for targeted practice at home.

Best for: Independent practice, homework reinforcement, and children who respond well to visual and game-based learning.

Times Tables Rock Stars (TTRS)

This popular platform is used in many UK schools and uses gamification to motivate regular engagement with multiplication facts. Many children genuinely enjoy the game-based format and the continuity between school and home practice.

Best for: Regular practice and maintaining engagement for children who enjoy competitive elements.

Important consideration: While TTRS can be effective for some learners, the heavy emphasis on speed can be incredibly off-putting and damaging for children who struggle with maths. If your child finds the timed pressure stressful or becomes anxious about "not being fast enough," this is a sign that speed-focused practice isn't helping them right now.

For struggling mathematicians, building confidence through strategy and understanding matters far more than beating the clock. If TTRS causes stress, it's absolutely fine to focus on other approaches that prioritise thinking over speed. Your child's mathematical wellbeing and confidence are more important than their TTRS score.

Mathletics

This established platform offers mathematics challenges including multiplication practice across devices, with progress tracking and motivational features like World Maths Day competitions.

Best for: Blended maths practice that connects core multiplication skills to broader mathematical learning.

PrimaryApps.co.uk

A curated collection of maths apps and games built around core arithmetic concepts, offering varied practice beyond simple drills.

Best for: Exploration and variety in practice approaches.

Games and Activities That Work

Research and classroom practice both confirm that hands-on and playful activities help solidify times tables understanding.

Game Ideas

Paper Fortune Teller (Cootie Catcher) Create a times table fortune teller with questions and answers hidden in the folds. Children love the novelty, and it makes recall practice feel like play rather than work.

Card and Board Games Simple card matching games or race-style activities turn repetition into fun competition. These work especially well for family game time.

Visual and Hands-On Tools

Grids and Charts Times table grids help children spot patterns in multiplication, transforming what could be rote lists into visual relationships they can explore and understand.

Arrays and Counters Using physical objects or drawings to show multiplication (like arranging 3 rows of 4 counters to show 3 × 4) helps children connect abstract facts to concrete examples.

Printable Activities

Flashcards, riddles and puzzle worksheets support short bursts of practice without pressure. These are perfect for car journeys or quick practice sessions before dinner.

A Word About Speed and Pressure

This is important, so it deserves its own section.

Many schools emphasise rapid recall of times tables, and there's often pressure for children to answer multiplication questions in seconds. While fluent recall is helpful, the emphasis on speed puts enormous pressure on children who struggle with maths—and it's often unhelpful pressure.

Here's the truth: a child who can work out 8 × 6 by thinking "8 × 5 = 40, plus another 8 = 48" is doing excellent mathematics, even if it takes them 10 seconds instead of 2. They're using number relationships, applying known facts, and demonstrating the kind of flexible thinking that leads to real mathematical success.

The child who has memorised that 8 × 6 = 48 and can recall it instantly has a useful skill—but if they don't understand why it's 48, or can't apply multiplication to solve actual problems, that instant recall has limited value.

For struggling mathematicians, speed pressure can be actively harmful. It can create maths anxiety, erode confidence, and make children feel like they're "just not good at maths" when actually they're thinking mathematically just fine—they simply need a bit more time.

If your child struggles with instant recall but can work out answers using reliable methods, celebrate that. They're building the foundation for mathematical thinking that matters far more than beating a timer. Instant recall often develops naturally over time once understanding and confidence are in place.

The Year 4 Multiplication Tables Check: What Parents Need to Know

You've probably heard about the statutory Multiplication Tables Check (MTC) that all Year 4 children in England take. Let's talk about this honestly.

What the test involves:

The reality for parents: The MTC was introduced with good intentions—ensuring all children have times tables knowledge is genuinely important. However, the implementation is problematic in several ways:

  1. The 6-second time limit doesn't allow children to use strategies or demonstrate mathematical thinking. It purely tests instant recall under pressure.
  2. Computer skills matter as much as maths knowledge. A child who knows that 7 × 8 = 56 but struggles with typing, using a mouse, or managing screen-based pressure may perform poorly despite having solid mathematical understanding.
  3. It's primarily a school performance measure. While framed as being about your child's learning, the MTC is fundamentally a way for schools to be graded and benchmarked. The results contribute to school league tables and Ofsted judgments.
  4. The test doesn't measure what really matters. It doesn't assess whether your child can apply multiplication to solve problems, use multiplication in context, or think flexibly about numbers—the things that actually predict mathematical success.

What this means for your child:

If your child is confident with instant recall and comfortable with computer-based tests, the MTC won't be an issue. But if your child struggles with maths, has working memory difficulties, processing differences, or test anxiety, this test can feel disproportionately stressful.

Here's what's important to remember: passing or not passing the MTC tells you very little about your child's actual mathematical ability or potential. A child who doesn't meet the threshold but has solid strategies and can apply multiplication in real situations is mathematically stronger than one who passes through memorisation alone.

Supporting your child through the MTC:

The test is a hoop to jump through, not a verdict on your child's intelligence or mathematical future. What happens after Year 4—the understanding, confidence and problem-solving ability they develop—matters infinitely more than their MTC score.

Practical Tips for Supporting Your Child

Here's how to make times tables practice both effective and confidence-building:

Little and Often Wins the Race Short, daily practice sessions (even just 5-10 minutes) help transfer knowledge into long-term memory more effectively than occasional long sessions.

Praise the Thinking, Not Just the Answer When your child gets an answer right, ask "How did you work that out?" Celebrating their strategies builds deeper understanding and shows them that thinking mathematically matters more than speed. If your child takes time to work out an answer using a method, that's something to be genuinely proud of.

Focus on Application, Not Just Recall The real test of times tables knowledge isn't whether your child can rattle off 7 × 8 = 56, but whether they can use multiplication to solve problems. Can they work out how many days in 7 weeks? How much 8 bags of apples cost at £7 each? When children see multiplication as a useful tool rather than a test to pass, it becomes far more meaningful.

Let Strategy Come Before Speed Encourage your child to develop reliable methods: doubling and halving, using facts they know to work out ones they don't, skip counting, or visualising arrays. Once these strategies become comfortable and automatic, speed often follows naturally. Pushing for speed before methods are secure usually backfires.

Mix Your Methods Blend apps, games, hands-on materials and discussion to match your child's learning style. What works one day might need variety the next—that's completely normal.

Make It Real Look for multiplication in everyday life: doubling a recipe, calculating the cost of multiple items at the shop, or working out how many legs eight cats have. When maths feels useful and real, children engage more naturally.

Keep It Positive If your child finds times tables difficult, remember that struggle is part of learning. Avoid comparison with siblings or friends. Every child learns at their own pace, and your encouragement makes all the difference.

Most importantly: If speed-focused activities or timed tests are causing your child stress, anxiety, or making them feel like they're "bad at maths," please trust your instinct to step back from those approaches. A child who develops maths anxiety rarely catches up by being put under more pressure. They catch up by building confidence, understanding, and a toolkit of reliable strategies in a supportive environment.

The Bottom Line

Times tables are an important stepping stone in your child's mathematical journey. Research supports a clear message: fluency built on understanding, strategy and varied practice is the most effective path to confident maths learning. Speed of recall is not the goal—having reliable methods to get answers and knowing how to apply multiplication is what truly matters.

As a parent, you don't need to be a maths expert. You just need to provide opportunities for regular, positive practice using a mix of tools and approaches that keep your child engaged and thinking. Most importantly, you can protect your child from unhelpful pressure by remembering that a mathematician who takes their time and gets it right is doing brilliant maths.

The combination of school teaching and your home support can transform what might feel stressful into something genuinely enjoyable and empowering. When children feel confident with their methods and understand how to use multiplication, they approach all of mathematics with greater self-belief—and that's a gift that extends far beyond the classroom.

Remember: A child who can work out 7 × 8 = 56 in five seconds using a strategy they understand is a far stronger mathematician than one who has memorised it but doesn't know when or how to use it.


Looking for more support? Whether you're preparing for the Year 4 MTC or simply want to build your child's mathematical confidence through personalised, research-informed approaches that prioritise understanding over pressure, our tutors can help. We focus on developing the strategies, understanding and confidence that lead to genuine mathematical success—not just test scores. Get in touch to find out how we can support your child's maths journey.