Real-time multiplayer

Go Head-to-Head in a Fast Subtraction Showdown

Challenge a friend to a live subtraction duel and sharpen speed, accuracy, and number confidence in every round.

MathIt makes subtraction practice more exciting by turning it into a live 1v1 duel where every correct answer can decide the match. Race through subtraction problems in quick rounds, respond faster than your opponent, and build mental math speed without boring worksheets. It’s a simple, kid-friendly way to test subtraction skills under pressure and have fun doing it.

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

20 Languages

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

Brain Training Benefits

Improve mental math speed, working memory, and cognitive processing through competitive practice.

All Math Operations

Addition, subtraction, multiplication, division, square roots, and powers. Full arithmetic coverage.

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

How many players can play MathIt?

MathIt supports 2 to 5 players in real-time multiplayer math battles. Create a room, share the 6-character code with friends, and compete head-to-head.

What age is MathIt suitable for?

MathIt is designed for players of all ages. Easy mode suits ages 5-7 with simple addition and subtraction. Medium fits ages 8-10. Hard mode with multiplication and division is great for ages 11+ and adults.

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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