#1409-D

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micro:bit MOTION-SENSING AI EXPANSION PACK

‧Item no.: #1409-D

● Includes 14 hands-on lessons featuring exciting projects such as a boxing simulator, climbing sloth, motion-control RC car, smart robotic arm, and more.
● Uses the built-in accelerometer in the micro:bit to capture motion data, allowing gestures such as waving, kicking, turning, and punching to become intuitive ways to control models instead of relying only on buttons.
● Features a new wearable controller that can be comfortably worn on the arm, knee, or ankle to collect motion data. It also includes an integrated joystick for manual control.
● Supports training custom machine learning models with the official micro:bit CreateAI platform, introducing students to the fundamentals of artificial intelligence and motion recognition.
● Includes a quick learning guide, supplementary materials, and model demonstration videos for a complete learning experience.
● Requires #1409 Robotics Workshop compatible with micro:bit.

Category: Learning Materials, Teaching Aid

Description

From Motion Sensing to AI Control: Explore Smarter micro:bit Robotics

The #1409-D Robotics Workshop – micro:bit AI Motion Control Expansion Pack is designed as an extension to #1409 Robotics Workshop compatible with micro:bit. By wearing the new wearable controller, students can capture motion data using the micro:bit's built-in accelerometer and train custom AI models with the official micro:bit CreateAI platform.
Students can teach AI to recognize gestures such as waving, kicking, punching, or turning, then use those gestures to activate and control their robotic models. Through hands-on activities, learners gain practical experience with motion sensing, machine learning, and the fundamentals of artificial intelligence.
The kit includes 14 engaging lessons featuring interactive models such as a boxing simulator that punches along with the user, a climbing sloth controlled by hand movements, a motion-control RC car operated with a physical steering wheel, a magic treasure chest activated by a magic wand, a smart robotic arm, and many more exciting projects.
Simply scan the QR codes in the learning guide to access step-by-step online assembly instructions, sample programs, and model demonstration videos. These comprehensive learning resources help students develop computational thinking, AI literacy, engineering design skills, and the confidence to create intelligent interactive systems while preparing for the technologies of the future.

Additional Information

DIMENSIONS 325 x 225 x 65 mm
AGE 8+
MODELS/COURSES/EXPERMINTS 14
COMPONENTS 37