Key Components

Overview 

12V DC motor output (2 battery connectors)

6V ↔ 12V output change using the Voltage Slide Switch 

Programming using the Rogic Program 

Can control 4 DC motors simultaneously. 

4-channel motor control when the external motor driver is connected 

7 input ports (Using 3 sensors within ROBOKIT- Motion sensor/IR sensor/Sound sensor) 

5 input ports (Using 3 output circuits- Servo Motor/LED/Single-tone Buzzer)

Program downloadable using the ISP cable 

PC communication using the USB A/B Cable

Built-in USB port for downloading the Rogic Program 

Product information

Model: PC0M-N016-150

Release Date: 2014-12

Manufacturer: RoboRobo 

Manufactured Country: South Korea 

Size / Weight: 78(L) * 58(W) * 13(H)mm / 27g

Target Age: 8+

Price: 32,000 KRW  

Product Link: Official Shopping Mall  

Product Specs 

MCU: ATmega8A

Voltage: 6V ~ 20V (Recommended - 6V or 12V)

Electric current Consumption: 0.03A (When motor is not running) 

Motor Connector: 2x (2x for upgrade)

Output Connector: 5x 

Input Connector: 7x 

Battery: Alkaline AA size 

Size/ weight: 78(L) * 58(W) * 13(H)mm / 27g

Exterior Description 

Input (IN) Port- A port that receives signals from the outside 

Used to detect exterior Stimulation using the motion sensor board and the IR sensor Board. 

Output (OUT) Port- Ports that supply power/signals to connected circuit components.

Connect parts such as LED boards and buzzer boards and use them to send control signals

DC Motor Extension Port- Used when separate DC Motor Drive board is utilized 

Motor Port- Used to send control signals and provide power using the DC motor.

Connect the black cable connected to the DC motor to the port that is next to the white triangle. 

Motor Drive Port - Designated port for the DC motor Drive Board connection.

Must be connected according to the DC motor drive board’s direction for proper use. 

USB Connection Port- Designated port for USB cable connection. 

Connect the cable to send programs written from the PC to the CPU board. 

Voltage switch- It is a switch that adjusts the output to 6V or 12V depending on the battery voltage applied to the CPU board.

Selectively operate based on the number of dedicated battery cases connected to the CPU board

Battery case connection port- Port used to connect designated battery case’s cable 

It is advised to use a 6V only battery case that is included in the Robot and Program.