Yahboom Raspberry Pi Pico 2 Robot Car Kit

Name: Yahboom Raspberry Pi Pico 2 Robot Car Kit | MicroPython
Brand: Yahboom
SKU: 21CU000072
Price: 399.0 HKD
Availability: InStock

Short Product Description

The Yahboom Smart Robot Car Kit is a comprehensive educational robotics platform powered by the newly upgraded Raspberry Pi Pico 2 (RP2350A) microcontroller. Designed for STEM learners and hobbyists, it features a solderless assembly and a robust sensor array for ultrasonic obstacle avoidance, line tracking, cliff detection, and light seeking. Programmable via MicroPython, C, and C++, this complete kit includes a 2200mAh 18650 battery, an OLED display, and supports both infrared and mobile APP remote control for immediate hands-on learning.

Key Features

Raspberry Pi Pico 2 Included: Features the latest RP2350A microcontroller for superior processing speed and memory capacity.
Multi-Functional Navigation: Capable of ultrasonic obstacle avoidance, line tracking, light seeking, and edge/cliff detection.
Real-Time OLED Display: Integrated screen allows users to instantly view sensor data, system status, and debugging information.
Dual Remote Control: Operate the robot manually using the included infrared remote or via a dedicated mobile smartphone application.
Vibrant Visual Feedback: Equipped with 8 programmable WS2812 RGB LEDs to create custom lighting effects and status indicators.
Complete Power Solution: Includes a rechargeable 2200mAh 18650 lithium battery and features built-in over-current and over-charge protection.

Full Product Description

Powered by the Upgraded Raspberry Pi Pico 2

This robot car kit includes the latest Raspberry Pi Pico 2 board, featuring the powerful RP2350A microcontroller. The upgraded dual-core processor runs at 150MHz and includes 520kB of SRAM and 4MB of on-board flash memory, delivering twice the processing speed of the original Pico. This significant hardware upgrade ensures smoother execution of complex navigation algorithms and faster response times when processing simultaneous sensor data during autonomous driving tasks.

The Yahboom robot car is equipped with a versatile array of sensors that enable advanced autonomous behaviors out of the box. It utilizes an ultrasonic sensor for precise obstacle avoidance, infrared sensors for line tracking and cliff detection, and photosensitive sensors for light-seeking operations. The real-time data from these sensors can be monitored directly on the included OLED display, providing users with immediate visual feedback on the robot's environmental interactions and logic execution.

Solderless Assembly and MicroPython Programming

This kit is designed for an accessible, frustration-free building experience with a completely solderless, plug-and-play architecture. It natively supports MicroPython, making it an ideal platform for beginners to learn modern, text-based programming while interacting with physical hardware. For advanced users, the Pico 2 also supports C and C++ development, allowing for deep customization and the creation of highly optimized control systems.

Technician Tip

Before running the line-tracking or cliff-detection programs, ensure you calibrate the infrared sensors according to the ambient lighting and floor surface of your specific environment. The sensitivity can usually be adjusted via the onboard potentiometers or within the code thresholds. Always ensure the included 18650 battery is fully charged via the micro-USB port before a coding session to prevent unexpected brownouts.

Technical Specifications

Main Controller: Raspberry Pi Pico 2 (Included)
Microprocessor: RP2350A (Dual-core Cortex-M33 or RISC-V Hazard3 @ 150MHz)
Memory: 520kB SRAM, 4MB On-board OSPI Flash
Programming Languages: MicroPython, C, C++
Motor Scheme: 2x N20 DC Gear Motors
Power Supply: 1x 18650 Lithium Battery (2200mAh, Included)
Charging Interface: Micro USB
Sensors: Ultrasonic, Line Tracking, Photosensitive, Sound, Infrared Receiver
Display & Audio: OLED Display Screen, Passive Buzzer
Lighting: 8x Programmable WS2812 RGB LEDs
Dimensions: 120mm x 100mm x 52mm

Delivery Options

Local delivery within Hong Kong and in-store pickup.
Free shipping for orders of HK$400 or above; HK$35 shipping fee for orders below HK$400.
Shipped by SF Express, usually dispatched the same day for orders confirmed before 6:00 PM (Mon–Sat).
Estimated delivery time: 1–3 business days after dispatch (Hong Kong).
In-store pickup details (location and time) will be confirmed by email or phone message.
Delivery times are estimates and may be affected by weather or unforeseen circumstances.

FAQ Section

Does this kit include the Raspberry Pi Pico board?

Yes, this kit includes the newly upgraded Raspberry Pi Pico 2 main board. You do not need to purchase the microcontroller separately; it is ready to be programmed right out of the box.

What is the difference between this kit and the older Pico version?

This updated kit features the Raspberry Pi Pico 2 (RP2350A chip), which offers a 150MHz clock speed, 520kB SRAM, and 4MB Flash memory. This provides approximately twice the running speed and significantly more memory than the original RP2040-based Pico.

Do I need a soldering iron to assemble this robot car?

No, the entire kit features a solderless, plug-and-play design. All electronic components, motors, and sensors connect using standard jumper wires or dedicated sockets, making it safe and easy for beginners and students to assemble.

How do I charge the robot's battery?

The robot car features a built-in micro-USB charging interface on the main expansion board. You can charge the included 18650 battery directly by connecting a standard micro-USB cable to a USB power adapter or computer.

Is this robot car kit available for immediate pickup in Hong Kong?

Yes, we stock the Yahboom Raspberry Pi Pico 2 Smart Robot Car Kit at our Sham Shui Po physical store. You can order it online for delivery or visit us during business hours for instant pickup.

Target Users / Applications

STEM Educators: Implementing a structured, Python-based robotics curriculum in secondary schools without the safety concerns of soldering.
MicroPython Beginners: Transitioning from software-only coding to interacting with physical hardware, sensors, and motors.
Robotics Hobbyists: Prototyping autonomous navigation algorithms (like line following and obstacle avoidance) using the new RP2350A architecture.
Parent-Child DIY Projects: Building an interactive, remote-controlled toy together while learning the fundamentals of electronics and logic.