Real-time multiplayer

Fast Mental Math Practice Built for 9-Year-Old Minds

Help 9-year-olds sharpen mental math speed through fun live matches focused on multiplication facts and division basics.

MathIt turns mental math practice for 9-year-olds into fast, exciting multiplayer battles they can play with friends or family. Quick rounds encourage kids to solve multiplication facts, division basics, and mixed equations in their heads without slowing down. It is a fun way to build number confidence, reaction speed, and stronger mental math habits at exactly the right level.

2-5 players • 30-second rounds • 3 difficulty levels • 20 languages

How It Works

Three steps to math glory

1

Create Room

Pick a difficulty and create a private room

2

Share Code

Send the room code or QR to your friends

3

Compete!

Solve equations fastest to claim victory

Features

Everything you need for the ultimate math showdown

Fair Scoring System

First correct answer earns 2 points, second earns 1 point. Speed and accuracy both matter.

Real-Time Multiplayer

Compete with 2-5 players simultaneously in real-time math battles. Every millisecond counts!

20 Languages

Play in your native language. MathIt supports English, Spanish, French, German, Russian, Japanese, and 14 more.

Ready to Battle?

Free to play. Available now on iOS and Android.

Optional ad-free subscription: $0.99/mo or $5.99/yr

Frequently Asked Questions

Is MathIt free to play?

Yes! MathIt is completely free to download and play on both iOS and Android. All core features are included. An optional ad-free subscription is available for $0.99/month or $5.99/year.

How do I start playing MathIt?

Download MathIt free on iOS or Android. Create a room, choose a difficulty, and share the 6-character room code with friends. When everyone joins, the host starts the game!

What math operations are included?

MathIt includes addition, subtraction, multiplication, division, square roots, and powers. Easy and Medium focus on addition and subtraction, while Hard adds multiplication, division, and mixed operations.

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