Basic Fact Games
"Bonds, Math Bonds!"
One of our most popular games, for building fluency and confidence with recalling basic addition and subtraction facts by practicing fact families.
"KA-BOOM!"
A fun, low prep game for developing speed and accuracy with basic facts! Easy to differentiate and can be used with any operation.
Click on the image below for a FREE copy of downloadable instructions you can send home to parents.
"MATHO"
A very versatile and fun, no prep game to practice different operations / strategies (ex. doubles, adding 9, "making 10" etc.)
"Operation all out"
A fun, NO prep card game that can be played solitaire style, cooperatively with a partner, or competitively. Children use their knowledge of different operation to make equations that equal a target number. This game has been modified from the game "Sweet 16" which is copyrighted by Box Cars and One-Eyed Jacks and has been used with permission.
"What's under my thumb?"
Similar to "Salute" but without the need for speed. This game helps strengthen children's knowledge of fact families and develop skills of pre-algebraic thinking. This game is copyrighted by Box Cars and One-Eyed Jacks and has been used with permission.
"SALUTE"
A fast-paced, no prep game that allows children to review addition and multiplication fact families and develop skills of pre-algebraic thinking. This game is copyrighted by Box Cars and One-Eyed Jacks and has been used with permission.
"zap!"
A fun, NO prep game that keeps every player engaged for each turn! This game is copyrighted and used with permission from Box Cars and One-Eyed Jacks.
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Our favourite games that help develop fluency, accuracy and confidence when recalling basic facts!
"All aboard"
A fun, low prep game that helps children develop their skill with number partners to 10.
"chips in jeopardy"
A fun, low prep strategic game to practice basic addition facts.
"spider legs"
A fun, no prep game with a bit of a Halloween feel (although it can also be played by children who do not celebrate Halloween). Easy to differentiate from K - 6, as explained in this short video.