Authorized Online Retailers
SKU:2020005200(with mainboard)
Buy from US |
Buy from UK |
Buy from DE |
Buy from IT |
Buy from FR |
Buy from ES |
ここでご購入を! |
|
|
|
|
|
|
![](https://osoyoo.com/download/photo/amazon.co.jp.png) |
2020005300 (without mainboard)
Buy from US |
Buy from UK |
Buy from DE |
Buy from IT |
Buy from FR |
Buy from ES |
ここでご購入を! |
|
|
|
|
|
|
![](https://osoyoo.com/download/photo/amazon.co.jp.png) |
![](https://osoyoo.com/picture/Microbit_Robot/lesson4/title2.png)
The OSOYOO Robot Car is an educational robot based on Micro:bit programming. It features rich common robot functions including line tracking, obstacle avoiding, ultrasonic ranging, music playing Bluetooth/2.4G remote control, IR control, colorful light control, etc.
Thanks to the highly integrated modular design, it is very easy to assemble without soldering or wiring. After spending a few minutes of hardware installation time, you are almost ready, and our open source demo code is ready to help you get started quickly.
It integrates a cute robot, a starter kit and a board for experimentation. It aims to develop logical skills and abilities in the field of computer programming for young students.
![](https://osoyoo.com/picture/Micro_bit_STEM/pnp_board/Feature.png)
- Easily plug your BBC micro:bit in and out using the edge connector
- Supports control of two DC motors
- Bluetooth app remote control
- 2.4G wireless control
- Support infrared tracking
- Infrared obstacle avoidance sensor
- Infrared sensor sensitivity adjustment potentiometer
- Ultrasonic sensor, distance detection
- Onboard buzzer to play music
- Colorful RGB lights, robot headlights
- Onboard 9v battery box, while supporting external DC power supply (6.5~18V DC)
- Onboard power switch
- Onboard power indicator, motor running indicator, infrared obstacle avoidance indicator
- Reserved PWM signal extension pins and servo extension pins
![](https://osoyoo.com/picture/Microbit_Robot/lesson4/Dimension.png)
![](https:/osoyoo.com/picture/Microbit_Robot/lesson4/3.jpg)
![](https://osoyoo.com/picture/Microbit_Robot/lesson4/components.png)
![](https://osoyoo.com/picture/Microbit_Robot/lesson4/1.jpg)
- Micro:Bit connector: for easily connecting with the micro:bit
- Ultrasonic sensor interface: use ultrasonic sensor to detect the distance, connect Trig to p14, connect Echo to P15.
- Robot RGB headlights.
- Infrared tracking adjustment potentiometer: Used to adjust the sensor sensitivity
- RGB LED lights: colorful on board led, controlled by the P16 signal pin
- Motor rotation indicator: These four indicator lights respectively show the rotation of the two motors
- Passive buzzer: Connect to P0 signal pin
- Infrared obstacle avoidance potentiometer: Used to adjust the sensor sensitivity
- PWM expansion interface / Servos expansion interface
- 9V battery box: Used to install 9v battery and power the circuit
- Power Indicator
- Infrared receiver: It is used to receive the infrared signal emitted by the infrared remote control, connected with the P3 pin
- External DC power interface:When the 9v battery box is not used for power supply, input 6.5-18V DC power through this interface
- Robot power switch:
- RT9193-33: 3.3V voltage regulator, stable power supply for the micro:bit
- AMS1117-5V 5V voltage regulator
![](https:/osoyoo.com/picture/Microbit_Robot/lesson4/2.jpg)
- N20 geared motor: reduction rate 1:50, 6V/300RPM
- Infrared tracking sensor: reflective infrared photoelectric sensor, for line tracking.
- Infrared obstacle avoidance sensor: reflective infrared photoelectric sensor, for obstacle avoiding
- L293DD DC motor driver chip: It lets you drive two DC motors with your Micro:bit board, controlling the speed and direction of each one independently.
- PCA9685 chip: PWM control chip, I/O expander, I2C interface
- Motor bracket
- Rubber wheels
- Spherical universal wheel
![](https://osoyoo.com/picture/Microbit_Robot/lesson4/4.jpg)