Hit the Button
Quick fire questions on number bonds, doubling, halving, times tables, division facts and square numbers against the clock. Brilliant for improving mental maths and calculation skills, but particularly times tables either up to 10 or up to 12 times.
Fishy Times Tables
A clever interactive which demonstrates times tables up to 10 x 10. It is useful for showing the commutative law of multiplication which means you can multiply numbers in any order and the answer is the same.
Coconut Multiples
Coconut Multiples can reinforce children's knowledge of times tables by helping them to recognise the multiples from each table. Select either multiples from times tables up to 10 or 12.
Mission X: Train Like an Astronaut
Train Like an Astronaut is an international challenge for 8 to 12 year olds which focuses on health, science, fitness and nutrition.There are lots of free resources to help educators teach the principles of health and exercise, using a space context.
Mental Maths Train
Mental Maths Train is a maths game which focuses on the essential vocabulary of addition, subtraction, multiplication and division. A multiple choice game which can give children confidence in the four arithmetic operations.
Tables Teaser
Can you work out which number goes in each row and column heading to make the interactive tables grid work? It is quite a challenge!
Tommy's Trek
An arcade style times tables game. The game includes times tables up to 12.
Hit the Button Maths App
App version of our popular Hit the Button game. Available on iPad, Android, Windows and Mac. Topics include number bonds, times tables, division, doubling, halving and square numbers. Covers up to 12 x tables.
Arithmetic - Multiplication, Division, Factoring
Three different arithmetic games which will test your knowledge of times tables up to 12 times. You can work through different levels to build up your skills.
The Array
Create and solve easy multiplications such as 9 x 3. Examine relationships between rows, columns and areas in arrays. Useful to demonstrate multiplications on an IWB.
