Yahboom Tiny:bit/Tiny:bit Plus smart car robot kit for BBC micro:bit V2 & V1, MakeCode & Python

yahboom

$43.39 USD

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Version Tiny:bit Tiny:bit Plus

Main control board Without Microbit With Microbit V2 With Microbit V2 *2

Micro:bit Handle Without With

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Overview

The Yahboom Tiny:bit/Tiny:bit Plus smart car is a compact educational robot car designed for the BBC micro:bit board. It supports MakeCode graphical programming and Python programming, and provides multiple built-in sensor-based activities for interactive learning and creative expansion. A rear alligator-clip interface is provided for quick prototyping and DIY add-ons.

Key Features

Based on BBC micro:bit board; compatible with both new and old versions: micro:bit board (V2) [Default], micro:bit board (V1) [Compatible].
Programming support: MakeCode graphical programming and Python programming.
Intelligent functions: obstacle avoidance and following (ultrasonic sensor), and black line tracking (tracking sensor).
Control options: Bluetooth remote control APP; iOS/Android APP remote control.
Sound and lighting: onboard microphone sensor and passive buzzer (can hear external sounds and play simple songs); programmable RGB lights and searchlights with lighting effects (Following light / Marquee / Breathing light).
Creative expansion: rear alligator clip terminals (GND / 3V3 / 2 / 1); compatible with building block.
Battery design: battery socket for directly inserting an 18650 lithium battery; integrates reverse polarity protection, low-voltage protection, and over-current protection.

Tiny:bit Plus additions (version-dependent)

WiFi camera image transmission module (optional, just for Tiny:bit Plus): automatically releases a WiFi hotspot after power-on; phone connects to WiFi to view real-time video stream; connects to the Tiny:bit Plus car through the serial port and is fixed through the camera bracket.
APP support (Tiny:bit Plus): Bluetooth remote control APP + video remote control APP.
AI vision functions (Tiny:bit Plus): built-in color threshold segmentation algorithm and lightweight convolutional neural network; identifies colors, faces, QR codes and other objects in the field of view, transmits recognition results to micro:bit through the serial port, and micro:bit displays recognized results and sends commands.
AI vision examples listed: cat(dog) detection, person recognition, face detection/following, QR code recognition, color recognition, color following.
Upgrade path: Tiny:bit can be upgraded to the Tiny:bit Plus version by purchasing an additional WiFi image transmission module.

Specifications

Product	Tiny:bit smart car / Tiny:bit Plus smart car (model optional)
Main controller	BBC micro:bit board (micro:bit V2 default; micro:bit V1 compatible)
Programming	MakeCode graphical programming; Python programming
Core modules (listed)	Tracking sensors; ultrasonic modules; sound sensors; searchlights; programmable RGB lights; buzzers; infrared receiving module
Functions (listed)	Infrared line patrol; obstacle avoidance; sound control; play music; infrared remote control; APP remote control
APP control	Tiny:bit: Bluetooth remote control APP; Tiny:bit Plus: Bluetooth remote control APP + video remote control APP
Remote control support	Support infrared remote control; support iOS/Android APP remote control
AI vision functions	Tiny:bit: No; Tiny:bit Plus: Yes (cat(dog) detection, color recognition, QR code commands, person recognition, face detection, color following)
WiFi camera module	Tiny:bit: N; Tiny:bit Plus: Y (optional WiFi image module, serial-port connection)
Power	Battery socket for 18650 lithium battery
Protection	Reverse polarity protection; low-voltage protection; over-current protection
Rear expansion terminals	Alligator clip terminals: GND / 3V3 / 2 / 1
Obstacle avoidance reference	Ultrasonic distance judging (demo shows 5 cm)
Size reference	12 cm (Tiny:bit); 12 cm (Tiny:bit Plus). Height/clearance reference: 6 cm (Tiny:bit), 11 cm (Tiny:bit Plus)

Applications

micro:bit programming education (MakeCode and Python)
STEM classroom projects: obstacle avoidance, line tracking, sound interaction, lighting effects, app control
DIY expansion with rear alligator-clip interface and building block compatibility

Tutorials

Yahboom Tiny:bit smart robot car tutorials

For compatibility, version selection, or after-sales support, contact https://rcdrone.top/ or email support@rcdrone.top.

Details

Yahboom Tiny:bit/Tiny:bit Plus smart car robot kit with Tiny:bit and Tiny:bit Plus versions overview

Choose Tiny:bit for core micro:bit robotics learning, or Tiny:bit Plus for an expanded build with an optional WiFi camera.

Tiny:bit Smart Car product introduction page with configuration table for Tiny:bit vs Tiny:bit Plus options

Both versions are built for the BBC micro:bit and support MakeCode and Python, with configuration differences depending on the model.

BBC micro:bit compatibility banner for Tiny:bit car, highlighting micro:bit V2 default and V1 compatible

Designed around the BBC micro:bit platform, with support for both micro:bit V2 (default) and micro:bit V1 (compatible).

MakeCode blocks and Python programming support graphic for the Tiny:bit smart car

Program lessons and projects in MakeCode blocks for quick starts, then move to Python for deeper control.

18650 battery socket installed under the Tiny:bit chassis for longer runtime and protected power design

An 18650 battery socket keeps the build compact while supporting longer run time for classroom demos and experiments.

Step-by-step installation guide for Tiny:bit car and optional Tiny:bit Plus WiFi camera module bracket

Assembly stays beginner-friendly, and the Tiny:bit Plus camera add-on installs with a dedicated bracket and latch parts.

Optional WiFi camera module for Tiny:bit Plus with bracket, enabling phone video stream and video remote control

Add the optional WiFi camera module on Tiny:bit Plus to stream live video to a phone for immersive remote driving.

Upgrade notice: Tiny:bit can be upgraded to Tiny:bit Plus by purchasing an additional WiFi image transmission module

Already have Tiny:bit? An additional WiFi image transmission module can upgrade the build path to Tiny:bit Plus features.

Tiny:bit Plus AI vision function examples: color recognition, face detection/following, QR code recognition, and more

Tiny:bit Plus AI vision projects include color tracking, QR code recognition, and face detection/following activities.

Ultrasonic sensor demo for Tiny:bit car obstacle avoidance and following behavior activities

Built-in ultrasonic sensing supports classic robotics behaviors like obstacle avoidance and object following.

Microphone sensor and passive buzzer feature for Tiny:bit smart car playing music with RGB lights

Sound input and a passive buzzer enable interactive projects that react to audio and play simple tunes.

Programmable RGB lighting effects on Tiny:bit car, including following light, marquee, and breathing modes

Programmable RGB lighting and searchlights add visual feedback for status, effects, and creative light patterns.

Line tracking feature on Tiny:bit smart car using onboard tracking sensors to follow a black line path

Onboard tracking sensors make it easy to build line-following courses for STEM challenges and competitions.

Compact chassis size comparison for Tiny:bit vs Tiny:bit Plus demonstrating clearance through small spaces

The compact chassis is designed to navigate tight spaces, while Tiny:bit Plus adds height for the camera module.

Rear alligator clip expansion terminals labeled GND, 3V3, P2 and P1 for Tiny:bit DIY add-ons

Rear alligator-clip terminals provide quick access to power and pins for fast prototyping with simple add-ons.

Three remote control methods for the robot car: Bluetooth app, video remote app, infrared remote, and optional handle

Multiple control options let students drive the car by Bluetooth app, infrared remote, or (on supported setups) video control.

USB direct charging/online programming image with micro:bit connected by USB and Tiny:bit Plus with camera module

USB connection supports convenient programming workflows, and the camera-equipped build keeps the robot ready for demos.

Expansion scalability: building block compatibility and external sensor module connections on Tiny:bit robot car

Expansion holes support building blocks, and extra connections help extend projects with additional sensors and DIY mechanisms.

Yahboom Tiny:bit smart car robot top view with ultrasonic sensors, micro USB port, RGB LEDs, and micro:bit board slot

The Tiny:bit smart car robot board combines an ultrasonic module, micro USB interface, IR receiver, RGB lights, and a micro:bit slot for easy wiring and upgrades.

Product parameter chart for Yahboom Tiny:bit and Tiny:bit Plus smart car robot, with size diagrams and specs table

The Tiny:bit and Tiny:bit Plus smart car robot parameters list key dimensions and a side-by-side overview of features like sensors and Bluetooth control.

Yahboom Tiny:bit smart car robot gift information sheet with tutorial link and downloadable resource folders

Yahboom Tiny:bit/Tiny:bit Plus smart car robot documentation includes a tutorial link and organized folders for guides, code, and resources.

Product comparison table for Yahboom Tiny:bit, Tiny:bit Plus, and Tiny:bit Pro smart car robot kits

The Tiny:bit, Tiny:bit Plus, and Tiny:bit Pro comparison helps you choose the right smart car robot kit based on sensors, motor type, size, and battery working time.