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Description
ELECFREAKS micro:bit XGO Rider Kit w/o micro:bit
Enhances learning with a programmable bipedal robot
Features ESP32 with Wi-Fi and Bluetooth
Supports MakeCode and Python for coding versatility
Offers over 3 hours of battery life
Facilitates learning in children.* Ages: 8+
The ELECFREAKS micro:bit XGO Rider Kit w/o micro:bit is a sophisticated programmable bipedal robot designed to enhance educational and entertainment experiences. It features advanced all-metal magnetic encoding bus serial port servos and a FOC wheel hub integrated motor, enabling 360-degree flexible movement and stable posture control. The robot's intelligent core is powered by an ESP32 microcontroller, which integrates Wi-Fi and Bluetooth for robust processing and wireless communication capabilities. Additionally, it includes a Type-C fast charging interface and dip switches for user-friendly configuration and charging. An internal IMU sensor ensures the robot's adaptability and stability across various terrains.
The micro:bit XGO Rider Kit supports MakeCode graphical programming and provides access to the underlying serial port protocol and Python interface, facilitating secondary development for users. Through the XGO mobile application, users can remotely control the robot via Bluetooth, unlocking a wide range of possibilities in programming and robotics exploration. This kit is particularly suitable for children's initial programming education, offering multiple programming methods including MakeCode and MicroBlocks.
Despite its compact size, the micro:bit XGO Rider Kit boasts an impressive battery life of over three hours, setting a new standard in performance for palm-sized two-wheel-legged robots. It incorporates two high-lifespan FOC brushless motors with built-in control circuitry, supporting a peak output torque of up to 2kg·cm. The full-metal servo motors are equipped with metal gears, hollow cup motors, 360-degree magnetic encoders, and high-performance bearings, ensuring smooth and flexible joint movements.
Note: Ensure proper handling and supervision when operating the robot to prevent any potential hazards.
