CyberBrick Ultimate Hardware Kit

Imagine a hands-on œmakers kit in a box that blends the fun of building with the excitement of electronics and coding: thats what CyberBrick offers. The Ultimate Hardware Kit gives you the core electronics modules needed to turn 3D-printed parts into remote-controlled vehicles, robots or interactive gadgets. You provide (or print) the shells and chassis ” then snap together modules like joysticks, motors, LEDs, and batteries to build working machines. With support for wireless control and coding through app or MicroPython, this kit brings creative STEM projects to life.

Educational Benefits

• Promotes understanding of electronics and mechanics through building real, functioning machines.
• Introduces basic programming and control logic ” learners can configure controls, code behaviours, and see cause-and-effect in action.
• Encourages design thinking and creativity: starting from a 3D print, learners design the structure, assemble modules, and adapt for different projects.
• Builds problem-solving and planning skills: wiring, configuring modules, and debugging control or motion fosters logical reasoning and persistence.

Key Considerations Before Buying

• Kit includes only electronic modules ” 3D-printed structural parts and tools must be supplied separately.
• A 3D printer or access to printable parts (or pre-printed shells) is necessary to build functional models.
• Adult supervision and basic technical skill are needed to assemble modules, manage wiring, and configure controls safely.
• Charging and battery safety must be observed ” use only the original charger (5V / 1“2A), avoid covering the device while charging, and never leave charging batteries unattended.

Product Details

Safety / usage notes:

• Batteries must be charged only with the original charger (standard 5 V / 1“2 A); avoid using higher-output chargers or leaving charging units covered or unattended.
• 3D-printed shells and structural parts are required but not included ” ensure proper printing and safe assembly before operation.