387 résultats trouvés pour "robots*»

This ESP32 smart robotics kit is a powerful programmable robot platform designed for STEM learning, robotics programming, and AI camera experiments. Powered by an ESP32 controller with integrated camera, the robot supports real-time image streaming to a smartphone via WiFi, enabling remote monitoring and...

This Arduino hexapod spider robot kit is an advanced 6-legged robotics platform designed for STEM learning, robotics programming, and AI motion control experiments. Featuring multi-servo coordination and PWM control, the robot enables realistic bionic walking, gait programming, and inverse kinematics exploration, making it ideal...

This STM32 self-balancing robot car kit is a professional STEM robotics and control engineering platform designed for learning PID control, LQR balance algorithms, and motion control systems. Using high-precision encoder motors and tilt sensors, the robot achieves real-time two-wheel self-balancing through closed-loop feedback control....

This Arduino programmable tank robot car kit is a versatile STEM robotics learning platform designed for robot programming, electronics education, and hands-on engineering projects. The 2WD crawler tank chassis provides stable movement and strong traction, making it ideal for exploring robot motion control, autonomous...

This 4WD Raspberry Pi smart robot car kit is a complete AI robotics and STEM learning platform compatible with Raspberry Pi 5 / 4B / 3B / 3B+. The four-wheel-drive system provides strong traction, stable motion, and precise control, making it ideal for robot...

This Arduino MEGA328P robot car kit is a complete STEM robotics learning platform designed for embedded programming, Arduino coding, and hands-on robotics education. Fully compatible with the Arduino IDE, it allows users to write, upload, and debug real code while learning PWM motor control,...

This 4WD robot car chassis kit is a versatile STEM robotics platform designed for Python programming, Raspberry Pi robotics, and AI experimentation. Featuring high-torque DC motors, PWM speed control, and a stable chassis design, it provides reliable performance for robot motion control, autonomous navigation,...

This Arduino UNO self-balancing robot kit is an ideal STEM robotics learning platform for beginners exploring robot programming, electronics, and control systems. Using a gyroscope-based balancing system, the robot demonstrates real-time self-balancing with PID control, helping users understand core concepts in robot stability and...

This Arduino UNO differential drive robot car kit is a foundational STEM robotics platform designed for learning robot motion control, kinematics, and autonomous navigation. By independently controlling left and right wheels, users can explore forward motion, turning, rotation, and trajectory planning used in real...

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 Ackermann Steering Robot Car Chassis is a professional robotics platform designed to replicate real automotive steering using true Ackermann geometry, delivering accurate turning behavior for advanced robotics learning across GCC countries. Unlike standard robot cars, it enables realistic motion control, making it...

This Arduino Nano self-balancing robot car kit is a powerful STEM robotics learning platform designed for exploring dynamic balance control, robotics programming, and motion stabilization systems. Using the MPU6050 gyroscope and accelerometer sensor, the robot maintains real-time balance through PID control algorithms, helping learners...

Robot GCC DIY Wooden Smart Robot Car Kit is a beginner-friendly robotics and programming platform designed for STEM learning in UAE and GCC markets. This versatile robotics kit combines ultrasonic obstacle avoidance, infrared line tracking, and Arduino-compatible programming, making it ideal for robotics education,...

Robot GCC High-Grip Robot Wheels 65×27MM are designed for stable robotics performance and STEM learning across GCC countries, providing strong traction and smooth movement for 2WD robot cars and DIY smart robotics kits. The rubber-coated tires with deep tread patterns reduce slipping on tiles,...

These high-grip rubber robot wheels provide stable traction and smooth movement for Arduino robot cars, smart robot chassis, and DIY robotics projects. The anti-slip rubber tire and durable plastic hub ensure balanced torque transfer, reliable rotation, and stable motion control for line follower robots,...