Fan Climbing Robots

RoArm-M3-S-AI-Kit is an open-source robotic arm kit based on the ESP32, designed for flexible control and AI project development, particularly in the LeRobot and ROS2 environments. The kit offers low weight, precise actuation, extensive interfaces, and an open programming environment, making it an ideal solution for education, research, and prototyping applications in robotics.

A robot controller designed for ESP32 NodeMCU modules, ideal for learning robotics, educational projects, and hobbyists. The board offers built-in drivers for two DC motors or four servos, Grove, Qwiic, and STEMMA QT ports for connecting sensors, and support for the Arduino IDE, MicroPython, C++, and MicroBlocks. Flexible power options, a built-in battery charger, and LEDs for operational testing enable rapid prototyping and safe operation. Cytron ROBO-ESP32

A comprehensive educational and development platform based on the RP2350-Plus controller, enabling hands-on learning of programming and automation. Equipped with a 1.14" IPS display, an ultrasonic sensor, Bluetooth, and line and obstacle sensors, the robot can autonomously navigate, avoid objects, and react to its surroundings. N20 motors with a metal gear ensure smooth and precise movement, while 14500 Li-ion battery power ensures long operating time. Waveshare Pico2Go-Kit-EU

A robotics evaluation kit that enables rapid prototyping of autonomous vehicles thanks to a modular design that includes a motherboard, motor control module, and vision module. The system is based on a powerful STM32H725 microcontroller and an STM32G071 motor controller, providing precise motion control. The kit includes a camera, a ToF sensor, a 6-axis IMU, a magnetometer, and Bluetooth Low Energy, enabling the development of advanced perception and communication systems. STMicroelectronics STEVAL-ROBKIT1

Open tracked mobile robot platform designed for cooperation with NVIDIA Jetson Orin modules, featuring a dual-controller architecture, 360° pan-tilt turret, and ROS2 environment for field robotics and AI projects. The kit does not include the NVIDIA Jetson Orin module, allowing independent selection of a compatible computing unit. Waveshare UGV Beast PT Jetson Orin ROS2 Kit Acce (EU)

Educational mousebot-style robotics platform designed for learning programming and robotics with the BBC micro:bit, featuring a comprehensive sensor set, precision drive system, and a USB-C rechargeable LiPo battery. Kitronik 56130

Educational buggy-type robotics platform designed for learning robotics and programming using Raspberry Pi Pico, requiring no soldering and enabling quick setup of an autonomous robot. Kitronik 5335

Waveshare 32193 quadruped robot in WAVEGO Pro PI5 KIT version with 12 degrees of freedom, serial bus servos with feedback, 9-axis IMU ICM20948, 5MP 160° camera, and integrated Raspberry Pi 5 as a host controller. Designed for inverse kinematics, posture stabilization, image processing, and wireless control via web interface with motion recording and playback (JSON), suitable for education, research, and mobile robotics projects. Waveshare PI5 WAVEGO Pro KIT (EU)

Waveshare 32191 quadruped robot in WAVEGO Pro EX version with 12 degrees of freedom, serial bus servos with feedback, 9-axis IMU ICM20948, 5MP 160° camera, and support for Raspberry Pi as a host controller. Designed for inverse kinematics, posture stabilization, image processing, and wireless control via web interface with motion recording and playback (JSON), suitable for education, research, and mobile robotics projects. Waveshare RPI WAVEGO Pro ACCE (EU)

Waveshare 32189 WAVEGO Pro BASIC quadruped robot with 12 degrees of freedom, equipped with serial bus servos with feedback and a 9-axis ICM20948 IMU sensor, based on the ESP32-D0WDQ6-V3 controller. The design enables inverse kinematics implementation, posture stabilization, and wireless control via a web interface with motion recording and playback (JSON), intended for educational, research, and mobile robotics projects. Waveshare WAVEGO Pro (EU)

Advanced hexapod robot with 18 degrees of freedom powered by the ESP32-WROOM-32 microcontroller. The design uses serial bus servos with 30kg.cm torque, an ICM20948 IMU sensor, vector motion control and self-balancing functionality. The open source platform allows expansion with Raspberry Pi and development of custom control algorithms. Waveshare HexArth (EU)

An educational kit for building a humanoid robot equipped with 17 bus servos, enabling complex movements such as walking and gestures. The platform uses the Seeed Studio XIAO ESP32S3 microcontroller with Wi-Fi and Bluetooth LE connectivity, enabling integration with IoT projects and remote control. The system offers a web-based motion editor for visual programming of servo positions and saving sequences in JSON format. The open design and UART communication enable compatibility with platforms such as Raspberry Pi, Arduino, ESP32, and STM32. Seeed Studio 100092737

A humanoid robotic platform with 10 degrees of freedom designed for learning robotics, motion control, and embedded system programming. The robot utilizes 10 Fashionstar RA8-U25H-M bus-based servos and a XIAO ESP32S3 microcontroller with Wi-Fi and Bluetooth LE connectivity. The system enables wireless control, motion sequence programming, and compatibility with platforms such as Raspberry Pi, Arduino, STM32, and ESP32 via a UART interface. The open design, based on 3D printed components, and a browser-based visual motion editor make it easy to create and modify robot animations. Seeed Studio 100064698

An educational platform combining the features of a bipedal robot and a wheeled vehicle, enabling the learning of robotics, motion control, and stabilization algorithms. The robot utilizes brushless 2208 gimbal motors controlled using FOC technology, providing precise torque, velocity, and position control. A design based on a full-body kinematics model and an adaptive stabilization algorithm enables dynamic balancing and movement on uneven terrain. Seeed Studio 100090157

The Kitronik Simple Robotics Kit enables you to build a two-wheel robot controlled by the BBC micro:bit without the need for soldering. The kit includes a motor driver board, geared motors, wheels, a cardboard chassis, and connection leads, providing an easy introduction to robotics, programming, and electronics using the Microsoft MakeCode environment. Kitronik 5665

Educational set for programming the Mai-Z the MouseBot without using a computer, tablet or app. Includes 53 colour-coded instruction blocks, a Screen-Free PCB, a double-sided townscape poster and a 16-page instruction booklet with sample activities. Programming involves arranging a sequence of blocks, recording it with the robot and then executing the commands. Kitronik 56139