
Bambu Lab CyberBrick Hardware Kit
CyberBrick™ is a modular smart hardware system designed to power a wide range of 3D printed projects – from remote-controlled vehicles to creative robotic builds. Developed by the MakerWorld team, CyberBrick makes advanced electronics accessible with plug-and-play modules, app-based configuration, and MicroPython support.
Whether you're building cars, boats, robot-like structures, or custom-designed functional tools, CyberBrick provides the flexibility and ecosystem to transform your ideas into interactive projects.
What is CyberBrick™?
CyberBrick offers a series of smart modules that enable anyone to build and enjoy a wide range of 3D printed projects. The system is designed to be user-friendly and is supported by a comprehensive content library on MakerWorld, ensuring endless possibilities for creativity and innovation.
Compatible Projects
The CyberBrick ecosystem includes a growing collection of official and community-designed models. Some models may require additional accessories—please refer to the respective bill of materials on each model page.
Simple Steps to Build and Fine-Tune
1. Assemble
Follow the step-by-step guide—no experience necessary. Click the components together and bring your project to life. The MakerWorld community is available for additional support.
2. Sync
Browse, download, and sync configurations directly via the app to quickly get started.
3. Fine-tune
Use powerful configuration tools on PC or mobile to customize performance and functionality, then share your creations with the community.
Product Specifications
- Communication Method: 2.4G WiFi / Bluetooth
- Supported Control Modes: One-to-One / One-to-Many
- Possible Forms: Car / Boat / Robot-like
- Remote Control Distance: Up to 100 meters
- Configuration Method: Mobile / PC
- Compatible Development Tool: MicroPython
Documentation & Resources
Important Safety Information
Age Requirement: Intended for users aged 16 and above. Users under 16 must be supervised by an adult.
Lithium Battery Warning: Uses a replaceable rechargeable lithium battery. Ensure correct installation and never charge unattended. Use only the official 5V 1–2A charger. Do not use fast chargers (9V/12V).
Battery Safety: Do not disassemble, crush, expose to fire, or use if damaged. Allow overheated batteries to cool before recharging. Dispose of responsibly for recycling.
Installation Guide
Follow the step-by-step assembly guide in the user manual. All modules are designed for plug-and-play connection with compatible connectors.
- Assemble mechanical and 3D-printed components according to the bill of materials for the selected project.
- Connect electronic modules using the labeled connectors.
- Install and connect the battery correctly before powering on.
- Download and configure your project via the CyberBrick mobile or PC app.
For detailed instructions and troubleshooting, visit the official CyberBrick Wiki.
What's in the Box
Contents vary depending on the kit chosen (Ultimate, Beginner, Standard Car, or Remote Control Kit). Components may include:
- Multi-Function Core Board
- Receiver and Transmitter Shields
- LED Hubs and RGB LEDs
- Power Switch Modules
- Joystick and Button Modules
- Battery Pack (14500 7.4V 800mAh Li-ion)
- Battery Charger (7.4V with XH2.54 connector)
- Micro DC Motors and Gear Kits
- Digital Servo Motors (180° and 360°)
- Cables and Connectors
- Magnets, Springs, Screws, and Rubber Components
- Mini Screwdriver Set (Gift)
Refer to the detailed parts list in the product documentation for kit-specific quantities.
Compatibility
- Compatible with CyberBrick official kits: Ultimate Kit, Beginner Kit, Standard Car Kit, and Remote Control Kit.
- Supports development with MicroPython (ESP32-C3-based).
- Works with CyberBrick mobile app and PC configuration tools.
- Designed for integration with 3D-printed models from MakerWorld.
- Communication Method: 2.4G WiFi / Bluetooth
- Supported Control Modes: One-to-One / One-to-Many
- Possible Forms: Car / Boat / Robot-like
- Remote Control Distance: Up to 100 meters
- Configuration Method: Mobile / PC
- Compatible Development Tool: MicroPython
- Core Microcontroller: ESP32-C3