Multilingual maths card game for children aged 7+, covering multiplication and division. Supports 1–6 players, 15-minute sessions, in German, English, French, and Italian.
AGM Globi Math 2 – Multiplication and Division Practice
AGM Globi Math 2 is a multilingual educational card game designed to help children practise multiplication and division in a fun, hands-on way. The game covers core arithmetic operations and is suitable for independent play or group sessions.
Covers multiplication and division facts in a structured, progressive format
Supports 1 to 6 players — ideal for solo practice or classroom use
Bilingual content in German, English, French, and Italian for multilingual learning environments
Compact game duration of 15 minutes per session — fits into short lesson blocks or homework routines
Suitable for children aged 7 and above
What makes AGM Globi Math 2 stand out
Unlike standard drill worksheets, this card game combines repetition with interactive play, keeping children engaged while reinforcing arithmetic skills. The multilingual design makes it a versatile tool for homes and schools where more than one language is spoken.
Ideal for...
Parents and educators looking for a structured yet playful way to build early maths confidence. The game works well in bilingual households, language-immersion classrooms, and after-school programmes where arithmetic practice needs to feel like a game rather than a chore.
Application of AGM Globi Math 2
Shuffle the cards and place them face down
Players take turns drawing a card and solving the multiplication or division problem
Correct answers earn the card; the player with the most cards at the end wins
For solo play, set a timer and try to solve as many cards as possible within 15 minutes
AGM is a Swiss-based publisher of educational games and learning materials. The brand focuses on multilingual, curriculum-aligned products for primary-school aged children. AGM products are designed for both classroom and home use, with an emphasis on hands-on, play-based learning approaches.
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