373 Ergebnisse gefunden für „الدمى*”

Product parameters: Programming software: Arduino IDE Voltage: 7.2~8.4V ESP32-S3-WROOM-1-N16R8 module and Renesas P7FA4M1AB3CFM#AA0 microcontroller are adopted. Built-in ESP32-S3 series SoC, Xtensa® dual-core 32-bit LX7 microprocessor 16MB Flash, 8MB PS RAM, 384kB ROM 36 GPIO ports On-board PCB antenna, support external antenna Support 802.11b/g/n standard...

Robot GCC Mecanum Wheel Smart Robot Car delivers a unique omni-directional robotics experience, allowing movement in all directions including lateral, diagonal, and 360° rotation. This makes it an ideal platform for learning advanced robotics motion systems beyond standard robot cars. Designed for STEM robotics...

This Arduino programmable spider robot kit is a powerful quadruped robotics platform designed for STEM learning, robotics education, and Arduino programming projects. Powered by an ESP8266 WiFi module, the robot supports wireless control through a browser or mobile app, making it ideal for exploring...

This Arduino programmable robot kit features 4WD omni-directional wheels and TT motors for smooth, precise robot movement. The omni-wheel drive system allows forward, sideways, diagonal, and rotational motion, making it an excellent platform for robotics projects, STEM learning, and engineering experiments. The kit includes...

AI core learning controller kit is a comprehensive development platform that combines Arduino and ESP32 to deliver high-performance control for AI, IoT and robotics applications. It teaches students how embedded systems communicate, process data, and interact with the physical world. Through its dual-processor architecture,...

This Smart Robot Car Kit combines ultrasonic obstacle avoidance and infrared line tracking into a powerful Arduino-based STEM robotics platform. Built on a 4WD acrylic chassis with high-torque motors, it delivers smooth motion and intelligent navigation for hands-on learning in robotics, automation, and coding....

AI thermal robot introduces students to infrared sensing and machine vision for STEM education and research. Thermal imaging module captures heat signatures and visualizes temperature maps in real time, allowing learners to study object detection, environment monitoring, and AI data classification. Python and TensorFlow...

AI robotic arm learning platform combines the versatility of Arduino hardware control with ESP32’s wireless communication power, creating a professional-grade STEM education tool. Designed for real-time robotics learning, it helps students explore automation, kinematics, and AI integration through hands-on experimentation. The system supports six...

IoT gateway platform bridges edge devices and cloud intelligence through a 4G network module and Raspberry Pi controller. Designed for AI and IoT education, it teaches students how real-time data flows from sensors to servers for automation and analysis. Integrated 4G LTE communication ensures...

Jetson Nano AI robot technology powers the XR-HEXAPOD-J2, a six-leg autonomous bionic platform designed for AI vision, SLAM navigation, and STEM education. The Jetson Nano main processor delivers powerful GPU acceleration for real-time computer vision and machine-learning applications. The robot’s 18 high-torque servo motors...

Robot GCC AI Vision ROS Robot Platform is a professional STEM robotics system designed for advanced learning across GCC countries, combining Jetson AI processing, ESP32 control, and ROS-based navigation into one integrated solution. It enables real-time computer vision, SLAM mapping, and autonomous navigation, allowing...

AI thermal vision robot empowers students to explore infrared sensing, data analytics, and machine learning through hands-on STEM experiments. Raspberry Pi 4 board runs TensorFlow and Python to process thermal camera images and generate real-time heat maps. ESP32 controller collects temperature data, drives motors,...

Bionic robot kit for advanced STEM education integrates dual Arduino and ESP32 controllers to achieve smooth motion, real-time Wi-Fi control, and intelligent gait algorithms. With eighteen high-torque metal-gear servos, the robot performs realistic six-legged movements such as tripod and wave gaits, providing an authentic...

Thermal Imaging Platform is an educational and research-grade IoT kit that teaches temperature mapping, data acquisition, and AI-driven environment monitoring. It combines an infrared sensor array with a Raspberry Pi-based controller for real-time thermal visualization and data logging. The system captures heat patterns, translates...

This 3.7V rechargeable Li-ion battery pack delivers true 1200mAh capacity with stable output, designed for robotics, Arduino projects, ESP32 systems, IoT devices, and STEM education. Each cell is tested for capacity and consistency, ensuring reliable performance for motors, sensors, LEDs, and embedded electronics. With...