Product Summary
Yahboom Raspberry Pi Pico 2 Robot Car Kit Diy Electronic Coding Robot Kit Support is a development board selected for building connected devices, firmware tests and rapid electronics prototypes. It is suitable for makers, embedded developers and IoT prototyping teams who need practical electronics hardware for reliable project work.
Best For
- building connected devices, firmware tests and rapid electronics prototypes
- Arduino, MicroPython, sensors, displays and expansion modules
- Electronics testing, repair, prototyping and maker workflows
FAQ
Who is this product for? It is intended for makers, embedded developers and IoT prototyping teams.
What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.
Yahboom Raspberry Pi Pico2 Robot Car Diy Electronic Kit Coding Robot Kit Support MicroPython Programming APP Infrared Control
Note: This robot car will not work without a Raspberry Pi Pico2 board, if you do not have a Raspberry Pi Pico2 board, please choose the version with RaspberryPi Pico2.
The product's SKU picture of the product shows the shipping list of the corresponding version.
100% Brand New And High Quality
Raspberry Pi Pico robot is a compact and cost-effective educational programmable 2WD smart car. It is based on Raspberry Pi Pico 2, and uses the MicroPython as programming language, combined with on-board sensors, many interesting functions are realized. This robot possess an infrared receiver and a Bluetooth module, so the user can remotely control it through the infrared remote control or mobile phone APP. We reserve the servo interface, IIC interface, and common pins on the expansion board, which is convenient for users to expand more functions. In addition, we will provide a large number of tutorials and source codes. All in all, this is a good platform for programming beginners, programming education institutions or primary education.
1.Small size, reasonable layout, high cost performance
2.A large number of on-board resources: tracking sensor, ultrasonic, light sensor, sound sensor, buzzer, Bluetooth module, OLED display, infrared receiver.
3.MicroPython programming
4.Two remote control methods: infrared remote control, mobile phone APP Bluetooth remote control
5.A variety of expansion interfaces are reserved: IIC interface, servo interface, GPIO interface.
