What's on the board?



GPIO Pins: General Purpose Input/Output pins. These connector pins are wired directly into the computer on the chip. Connecting wires into these holes allows you to connect components straight to the center of the brain, the computer.


BreadBoard: Breadboards are very common, but they are not made out of bread. Do not try to make a sandwich with them. They are actually made up of a grid of holes. This allows you to connect components by simply snapping them in.  


On/Off Switch: Turn it on, but don’t forget to turn it off when you’re done!


RGB LED: Red Green and Blue Light Emitting Diode. You might know the primary colors as Red Yellow and Blue… but with light the primary colors are different. These colored lights can be mixed to make over 200 different colors.


Light Sensor: This electronic eye can see light. It is like a gate that opens wider when photons (light) hits its surface.


D-Pad: These four buttons are positioned to make a directional controller. They are switches that can stop or start the flow of electricity. The buttons are wired up to the four connector pins nearby, one button for each pin.


Motor Driver: Control two stepper motors using this motor driver. By wiring up the driver circuit and plugging in the motors to the connectors you can control precision motors!


Power Port: Plug the battery pack here.

Programming Mode Pin

USB Port



Reset Button: Press to restart your chip.

WiFi Chip: This is the computer that controls all of the electronics. It is the thinking part of the brain chip. You can see a squiggly line on the end of this chip, that is the WiFi antenna for radio communication with other computing devices. There is also a blue light that will flash when the chip turns on.


** Special Note** This computer has lots of tiny metal legs, these legs are connected to the GPIO bay on the other side of the board. It is through these legs that the computer can control other devices. You can see the connections on the circuit board, those lines are like little super thin wires on the glued to the surface of the board!