Ideal for beginners, K-12 education, and robotics learning. Featuring micro:bit or ESP32 controllers, these robots support intuitive block-based programming so anyone can get started without coding experience. Their LEGO-compatible design brings learning through play to life.
Designed for hardware beginners and foundational embedded systems learning. Supports C/C++ programming via the Arduino IDE, backed by a mature ecosystem and extensive learning resources. Its intuitive architecture and low barrier to entry make it perfect for sensor applications, servo and motor control, maker projects, and rapid prototyping.
Designed for IoT applications and advanced embedded development. Features built-in dual-mode Wi-Fi and Bluetooth, supporting Scratch, Python, and Arduino programming. It enables remote control, data collection, and visual interaction, delivering high performance and excellent scalability alongside low power consumption.
Designed for those with Python basics exploring introductory AI and computer vision development. Powered by a Raspberry Pi controller and programmed in Python, these robots feature HD cameras to enable AI vision tasks such as image recognition, face detection, QR code recognition, and gesture recognition.
Built for AI algorithm research, advanced perception systems, and embodied AI applications. Powered by the NVIDIA Jetson and Jetson Orin series, these robots deliver high-performance edge AI computing. Equipped with LiDAR, 3D depth cameras, and AI vision arms, they support SLAM, autonomous navigation, autonomous grasping, MoveIt simulation, human-robot interaction, and large AI model integration.
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Ideal for beginners, K-12 education, and robotics learning. Featuring micro:bit or ESP32 controllers, these robots support intuitive block-based programming so anyone can get started without coding experience. Their LEGO-compatible design brings learning through play to life.
Designed for hardware beginners and foundational embedded systems learning. Supports C/C++ programming via the Arduino IDE, backed by a mature ecosystem and extensive learning resources. Its intuitive architecture and low barrier to entry make it perfect for sensor applications, servo and motor control, maker projects, and rapid prototyping.
Designed for IoT applications and advanced embedded development. Features built-in dual-mode Wi-Fi and Bluetooth, supporting Scratch, Python, and Arduino programming. It enables remote control, data collection, and visual interaction, delivering high performance and excellent scalability alongside low power consumption.
Designed for those with Python basics exploring introductory AI and computer vision development. Powered by a Raspberry Pi controller and programmed in Python, these robots feature HD cameras to enable AI vision tasks such as image recognition, face detection, QR code recognition, and gesture recognition.
Built for AI algorithm research, advanced perception systems, and embodied AI applications. Powered by the NVIDIA Jetson and Jetson Orin series, these robots deliver high-performance edge AI computing. Equipped with LiDAR, 3D depth cameras, and AI vision arms, they support SLAM, autonomous navigation, autonomous grasping, MoveIt simulation, human-robot interaction, and large AI model integration.
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