micro:Maqueen Plus V2 (Ni MH Rechargeable Battery) with HUSKYLENS

Maqueen Plus V2 is an advanced STEAM educational robot designed for hands‑on robotics learning and creative classroom projects. Built as a powerful expansion of the Maqueen platform, this programmable robot car integrates rich onboard sensors, multiple IO interfaces, and strong mechanical reliability to support complex robotic experiments. Compatibility with micro:bit enables intuitive programming through graphical platforms while maintaining flexibility for advanced development. With support for expansion modules such as Gravity: HUSKYLENS and mechanical add‑on kits, this robotics learning platform provides an accessible pathway for coding education, autonomous navigation experiments, and competitive robotics activities.

Note: This product includes micro: Maqueen Plus v2 and Gravity: HUSKYLENS. micro: bit board and batteries are not included.

Expanded Interfaces for Creative Robotics

This upgraded educational robotics vehicle introduces significantly richer expansion capabilities compared with earlier Maqueen models. Multiple 3.3V and 5V IO ports, dedicated I2C interfaces, and improved hardware layout allow integration of sensors, actuators, and AI vision modules. Such connectivity enables robotics experiments ranging from line‑tracking systems to interactive smart vehicles. The programmable robot platform supports various add‑ons including AI cameras, mechanical arms, and environmental sensors, transforming the small robot car into a versatile robotics development base for classroom laboratories and maker workshops.

Optimized Sensor System and Reliable Motion

The intelligent robot car features five precisely arranged line‑tracking sensors with one‑key calibration, simplifying algorithm tuning while improving navigation accuracy. Dual N20 all‑metal gear motors deliver stable torque and smooth driving performance suitable for autonomous movement and competition tasks. Additional onboard hardware such as ultrasonic distance sensing, infrared reception, RGB ambient lighting, and large LED headlights expands interactive possibilities. Combined with a durable frosted acrylic bottom plate and larger chassis structure, the robotics platform maintains reliable operation during frequent classroom experiments.

Flexible Power and Durable Classroom Design

The upgraded Maqueen platform introduces two power configurations to support different teaching environments. The AA battery version accepts either 1.5V alkaline batteries or 1.2V Ni‑MH rechargeable batteries, while another variant supports a 3.7V 18650 lithium cell for extended operation. A deeper storage case accommodates the fully assembled robot, simplifying equipment management in schools. Together with improved structural protection and simplified ultrasonic sensor installation, this programmable education robot offers dependable performance for repeated learning sessions and student competitions.

Figure: micro:Maqueen Plus V2 - an Advanced STEM Education Robot for micro:bit

Designed for robotics exploration, this programmable micro robot platform supports coding education, AI vision experiments, and autonomous navigation projects. Rich expansion interfaces and integrated sensors make the compact robot car suitable for classroom demonstrations, extracurricular robotics clubs, and student competitions. As an accessible robotics toolkit for STEM Education, the system encourages practical learning through building, programming, and experimentation.