Modular Customizable Robot Maze Kit & MojoBot Chassis

Modular Robot Maze Kit & MojoBot Chassis


A modular, 3D printable maze environment designed for educational robotics and autonomous navigation testing, complete with custom chassis designs for MojoBot (Raspberry Pi Pico and Arduino Nano variants).

This kit allows you to quickly build, reconfigure, and expand custom wall tracks for obstacle avoidance, wall-following algorithms, micromouse solving, and general robotics prototyping.

📦 Included Files & Specifications

1. Printing Components

| Component | Dimensions ($L \times W \times H$) | Description |

| :--- | :--- | :--- |

| Maze Wall | $185.16 \text{ mm} \times 6.35 \text{ mm} \times 39.00 \text{ mm}$ | Flat-panel wall segment. |

| Wall Connector | $23.76 \text{ mm} \times 23.76 \text{ mm} \times 17.46 \text{ mm}$ | Slotted interlocking clip to join walls. |

| MojoBot Chassis (Pico) | Custom footprint | Base plate layout designed for Raspberry Pi Pico. |

| MojoBot Chassis (Nano) | Custom footprint | Compact base plate variant for Arduino Nano. |

🖨️ Recommended Print Settings

* Material: PLA, PETG, or ABS

* Layer Height: `0.2 mm`

* Infill: `15% – 20%` (Gyroid or Grid recommended)

* Supports: None required for walls or connectors

* Orientation: Print walls flat on the build plate for maximum structural strength

🛠️ Assembly Instructions

1. Print as many Maze Wall and Wall Connector pieces as needed for your desired maze size.

2. Slot the wall edges directly into the connector clips to create straight runs or $90^\circ$ corners.

3. Mount your chosen microcontroller (Raspberry Pi Pico or Arduino Nano), motors, and ultrasonic sensors onto the matching MojoBot chassis.

🌐 Connect & Learn More

For full build tutorials, CAD source files, and upcoming project updates:

* Website: mjtroniks.com