Estimated Delivery:Sep 18 - Sep 22
The Line Maze Solver Robot is an autonomous navigation platform built for students and competitors tackling line-maze challenges. Built with a 2-wheel differential drive, onboard control using an Arduino Nano, and a 5-Array IR Sensor Module, it's designed to detect junctions, turns, and dead ends as it works through a maze.
Equipped with intelligent path-solving logic, the robot identifies and remembers the shortest route through the maze on repeated runs, supported by a TB6612FNG motor driver for precise, fast turning.
The Line Maze Solver Robot is built with affordability and modularity in mind, ideal for experimenting with maze-solving algorithms, sensor-based decision logic, and autonomous navigation. Whether you're learning path-solving fundamentals or prepping for a maze-solving event, it provides a dependable foundation.
| Specifications | ||
|---|---|---|
| Drive Type: 2-wheel differential drive | ||
| Motors: 2× DC gear motors | ||
| Controller: Arduino Nano | ||
| Motor Driver: TB6612FNG | ||
| Line Sensor: 5-Array IR Sensor Module | ||
| Navigation Logic: Junction/turn/dead-end detection with path optimization | ||
| Programming: Arduino IDE (C/C++) | ||
| Power: Battery pack (specify voltage/mAh once finalized) | ||
| Chassis: Compact, modular |
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