Resources:

Product Wiki
Maqueen4.1-MakeCode-Tutorial
Maqueen-CE-FCC
Silly-Maqueen-Makecode
Silly-Maqueen-Mindplus
MicroPython
Download Mind+ For Free

The micro: bit Maqueen is a robot platform that is designed to be used with the micro:bit, a small computer that is commonly used in education for teaching programming and other technical concepts. The Maqueen is intended to be an easy-to-use platform for STEAM (science, technology, engineering, art, and math) education, with a focus on helping students to learn graphical programming in a fun and engaging way. The robot is small and portable, making it easy to use in a variety of educational settings, and it is designed to be simple to operate so that students can focus on learning programming concepts rather than on the technical details of the robot itself. Some potential educational applications for the micro: bit Maqueen include teaching programming concepts, developing problem-solving skills, and encouraging creativity and innovation.
The micro: bit Maqueen robot platform is now accessible through the Mind+ programming platform, which is a graphical programming platform developed by DFRobot. Mind+ supports a range of programming languages, including Python and Arduino, and is designed to be easy to use and accessible to a wide range of users, including students and educators. By making the Maqueen robot platform accessible through Mind+, DFRobot is providing users with a convenient and intuitive way to program and control the robot using a graphical interface. This can make it easier for students and educators to get started with programming and robotics, and can help to foster a greater understanding of the underlying concepts and technologies involved.
Remind:micro:bit boardand batteries are not included.
Key Features

Support for MakeCode will support Scratch and Python later.

Small size, flexible movement.

All-metal miniature gear motor, good quality, strong driving force.

Line patrol, ambient light, LED lights, ultrasonic interface, buzzer, I2C interface, mechanical expansion screw hole, etc. … full-featured, highly expandable.

Exclusive customized POM bearing wheel, flexible and reliable, strong obstacle crossing ability.

Easy to install, easy to use.

Specifications

Supply Voltage: 3.5V~5V DC ( Three AAA batteries or 3.6V~3.7V lithium battery )

Infrared Grayscale Sensor(High-low level) x 2

Buzzer x 1

Infrared Receiver (NEC decoder) x 1

LED Lights (High-low level control) x 2

RGB Ambient Light (16 million colors) x 4

SR04, SR04P Ultrasonic Interface(5V) x 1

I2C Interface (3.3V) x 1

Gravity Extension Interfaces (P1, P2) x 2

N20 All-metal Gear Motor x 2

Motor Reduction Ratio: 1:150

Maximum Rotate Speed: 133 rpm

Motor Drive Mode: PWM motor drive

Bracket and Protective Cover Extension M3 Screw Hole x 6

Programming Method: MakeCode graphical programming,Mind+ graphical programming

Dimension: 81mm x 85 mm x 44mm/3.19 x 3.35 x 1.73in

Weight: 75.55g

Introducing micro:Maqueen

micro:Maqueen – Assembly & Play

Package Content:

micro: Maqueen micro: bit Educational Programming Robot Platformx1

FAQs:
Q: What is the Micro Maqueen Lite compatible with?
A: The Micro Maqueen Lite is compatible with both micro:bit V1 and V2. It supports programming in Makecode and will eventually support Scratch and Python.
Q: What are the key features of the Micro Maqueen Lite?
A: The Micro Maqueen Lite features line-tracking sensors, ultrasonic sensors, LEDs, RGB lights, a buzzer, and expansion interfaces. It has a small size and is capable of flexible movements.
Q: What is included in the Micro Maqueen Lite package?
A: The package includes the Maqueen Lite robot platform, a micro:bit board (optional), and other necessary components. It does not include batteries.
Q: What is the power source for the Micro Maqueen Lite?
A: The Micro Maqueen Lite can be powered using three AAA batteries or a 3.6V-3.7V lithium battery. It has a supply voltage range of 3.5V to 5V DC.
Q: What is the purpose of the Micro Maqueen Lite?
A: The Micro Maqueen Lite is designed for STEM education. It aims to introduce children to graphical programming in a fun and interactive way while fostering logical thinking and problem-solving skills.