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Circuit Maze
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Retail price:
$31.99
Our price: $29.99
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Included in Timberdoodle's 2021 Third-Grade Curriculum Kit and Nonreligious 2021 Third-Grade Curriculum Kit!
Timberdoodle's Review
Circuit MazeCircuit Maze safely teaches complex concepts of electricity in a creative and entertaining way with a series of circuit-building logic puzzles. Select one of 60 cards, then place the shown pieces on the board to complete the circuit and light up the beacons. Circuit Maze puts the principles and concepts of electrical circuits right into your child’s hands. Simple and advanced circuitry concepts are explored, such as series circuits, parallel circuits, series and parallel circuits in combination, and parallel circuits in bypass. Reasoning and logic skills coupled with how electricity and electrical circuits work makes Circuit Maze a wonderful introduction to electrical engineering.
This single-player game for ages eight to adult includes: 1 Game Grid, 60 Challenge Cards from Beginner to Expert with Solutions, Instructions, and 21 Game pieces (1 Two-Part Power Source, 3 LED Beacons, 2 Straights, 2 Bridges, 2 Double Corners, 2 T-Shapes, 5 Corners, 1 Switch, and 3 Blockers).
Features
Includes:- 1 Two-Part Power Source
- 3 LED Beacons
- 2 Straights
- 2 Bridges
- 2 Double Corners
- 2 T-Shapes
- 5 Corners
- 1 Switch
- 3 Blockers
Type: Logic Game
Skill: Logic and Problem Solving
Ages: 8 and Up
Players: 1 Player
Manufacturer: ThinkFun
Made In: China
Faith-Based: No
Download Game Instructions
REQUIRES: 3 AAA batteries (not included).
Awards and Endorsements:Techlicious Best of Toy Fair 2016
CHOKING HAZARD - Small parts. Not for children under 3 years.
review by Mama Smiles
”This game is teaching my children a lot about circuits, and I love the graded challenges. But best of all, I love the way this toy is pushing my children to develop life skills.”
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review by Mommy Octopus
”My kids just loved the challenges of the Circuit Maze. I have found them spending a lot of time working on the challenges. With each challenge, I know it requires them to think about how to make the circuit work. You can practically see the wheels turning in their heads as they work on each challenge.”
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