micro:Maqueen Plus V2 (18650 Battery) with HUSKYLENS and micro:bit V2

Maqueen Plus V2 AI Vision Programming Educational Robot Kit for micro:bit combines robotics, computer vision, and beginner-friendly programming into a compact learning platform designed for classrooms and robotics competitions. Built around the micro:bit ecosystem and bundled with the Gravity HUSKYLENS AI vision sensor, this programmable smart car enables object recognition, line tracking, obstacle avoidance, and interactive robotics experiments. Expanded IO interfaces, onboard sensors, and a powerful drive system create a flexible robotics platform suitable for coding practice, AI experiments, and STEM Education. Compatibility with the micro:bit platform also ensures an intuitive graphical programming experience for beginners and educators.

Note: This kit includes micro: Maqueen Plus v2, Gravity: HUSKYLENS, and micro: bit V2 board. Batteries are not included.

Expanded Robotics Platform with Flexible Power Options

This upgraded educational robot car features a larger chassis and expanded hardware resources to support more complex robotics projects. Two power configurations are available: a 4×AA battery version or a rechargeable 18650 lithium battery version with onboard charging circuitry. The enlarged body structure provides more mounting space for modules and mechanical expansion kits, enabling easier integration with robotics accessories and AI sensors. A durable frosted acrylic bottom plate also improves structural protection and long-term reliability during classroom use and competition practice.

Rich Sensor Integration for AI and Autonomous Experiments

The programmable robot integrates multiple onboard sensors and peripherals including five line‑tracking sensors with one‑key calibration, RGB ambient lights, large LED headlights, buzzer, IR receiver, and an SR04 ultrasonic distance sensor. Seamless compatibility with the HUSKYLENS AI vision sensor enables visual recognition projects such as object tracking, face recognition, and color detection. These capabilities allow the robotics platform to support autonomous navigation, AI vision experiments, and intelligent robotics demonstrations.

Optimized Hardware Design for Education and Programming

The second‑generation Maqueen Plus educational robot introduces several improvements designed for easier programming and classroom deployment. The line‑tracking system has been optimized from six sensors to five, simplifying algorithm design while maintaining accurate path detection. Reliable N20 all‑metal gear motors ensure smooth motion and consistent performance. A redesigned storage box with deeper space accommodates the assembled robot, allowing teachers and students to store projects safely without disassembly.

This AI-enabled robotics learning kit supports classroom instruction, robotics clubs, after‑school programming practice, and entry‑level robotics competitions. Integration of vision sensing, autonomous navigation, and programmable control makes this intelligent robot car an effective tool for hands‑on robotics learning, coding education, and practical AI experimentation.