Why Times Tables Still Matter (Even in 2026)

There's a familiar parental complaint at parents' evening: "Why are you still making them learn times tables? Surely they can just use a calculator?"

It's a reasonable question. And the honest answer is: yes, calculators exist. But the children who can't recall 7 × 8 instantly aren't being held back at multiplication — they're being held back at every problem that *contains* multiplication. Long division. Fractions. Percentages. Algebra. Area and volume. Ratio. The cognitive cost of stopping mid-problem to work out 7 × 8 from scratch is what stops children from ever getting good at the bigger problem.

This is what cognitive scientists call "working memory load". Your brain has a small, finite amount of attention available at any moment — roughly 4-7 items. When children solve 246 × 38, they need that attention for the *method* (carrying tens, lining up columns, understanding place value). If they're also using up working memory calculating 6 × 8 from scratch, they have nothing left for the structure of the problem.

What "automatic recall" actually means

Automatic recall isn't the same as knowing. It means the answer comes back faster than you can think. Ask a confident Y4 child "What's 6 × 7?" and they say "42" without any visible processing — the same way you'd answer "What's your name?". That speed matters because it frees the brain for harder thinking.

Children who *work out* 6 × 7 (by counting up in 7s, or doubling 21) are not doing the same thing as children who *recall* it. The first group will struggle in long multiplication. The second group will fly.

Why apps alone don't get children there

Most times tables apps gamify the experience: get the answer right, win points, unlock a level. Children enjoy them. And used regularly, they do help.

But they have a hidden weakness: most apps move children to the next question the moment they answer correctly. That's perfect for testing recall, but it's poor for *building* it. Building automatic recall requires what psychologists call "spaced retrieval practice" — being asked the same fact at carefully timed intervals (immediately, then a minute later, then ten minutes later, then a day later). Almost no consumer app does this properly.

What does work

The most effective approach combines several modes:

**1. Daily oral chants** (3 minutes per day). Not a worksheet — a whole-class call-and-response. The 6 times table, then the 7, then the 8. Children chanting in unison, then individual children answering on the spot. This builds the verbal-auditory pathway, which is most resistant to forgetting.

**2. Mixed-table testing** (twice a week, 5 minutes). Not "today is 6× day". Mix all the tables they've supposedly learned. This catches the children who only "know" tables in order.

**3. Practical application** (woven through every math lesson). When measuring, calculating area, dealing with money, working with time — point out the times tables hidden in the problem.

**4. Apps in moderation** (10 minutes, twice a week — not more). Useful as warm-up or fluency check, but not the main method.

The Y3-Y4 window

The UK curriculum expects times tables 1-12 secure by end of Year 4 — that's the Multiplication Tables Check. Children who arrive at Y5 without secure tables struggle visibly. By Y6, the gap between confident and shaky multipliers is enormous: it shows up in SATs reasoning papers and in classroom maths confidence.

If you're a Year 3 or 4 teacher and only one thing in your day is non-negotiable, make it 5 minutes of times tables practice. The children who leave your class with automatic recall will thank you in Year 11.

What to tell parents

Some parents will still resist. The honest pitch: "Times tables are like sight words for reading. Yes, technically you could sound out every word — but fluent readers don't, and that's why they can read for meaning. Your child needs times tables to become fluent at maths."