Insectbot Kit - DIY

A compact AI robot designed to work with Raspberry Pi 4B minicomputers, offering powerful resources and wide exploration opportunities for technology enthusiasts. Thanks to its dual controller, integration with Python and OpenCV, and the ability to be controlled via a web browser, RaspRover enables the implementation of advanced projects in the field of vision analysis, face recognition and interaction through gestures. It is the perfect platform for creative experiments in the field of artificial intelligence and robotics. Waveshare RaspRover PT PI4B AI Kit Acce (EU)

Arduino Alvik is a two-wheeled educational robot built on the Arduino Nano ESP32 module, equipped with advanced motors, a variety of sensors and connectors for expansion with additional modules. It supports WiFi, Bluetooth and various programming languages, making it an ideal tool for learning robotics, electronics and creating IoT projects

Interactive robot building kit based on the micro:bit module. Includes HuskyLens AI camera. DFRobot MBT0021-EN-1

Advanced autonomous AI robot kit with a dual-controller architecture, based on Jetson Nano, designed for ROS operation, LiDAR mapping, vision processing, and intelligent voice interaction. Waveshare JetRacer ROS AI Kit B (EU)

Professional mobile educational and research robot kit based on the NVIDIA Jetson platform, designed for ROS operation, image processing, LiDAR mapping, and artificial intelligence algorithms. Waveshare JetBot ROS AI Kit B (EU)

6-wheel AI robot chassis dedicated to Raspberry Pi 5. It uses ESP32, offering advanced remote control and expansion capabilities for technology enthusiasts and developers. With a dual-controller system, 360° rotating Pan-Tilt and a solid 4WD construction, the robot works on rough terrain, providing smooth control and high performance for AI applications. Waveshare UGV Rover PT PI5 AI Acce (EU)

6-wheel AI robot based on Raspberry Pi 5 and ESP32, offering advanced remote control and expansion capabilities for technology enthusiasts and developers. With a dual-controller system, 360° rotating turret and a robust 4WD construction, the robot works on rough terrain, providing smooth control and high performance for AI applications. Waveshare UGV Rover PT PI5 AI Kit (EU)

A programming and robotics learning kit that lets you build a micro:bit-controlled robotic buggy. It is equipped with two DC motors, ultrasonic sensors to detect obstacles, and programmable LEDs. Powered by four AA batteries, the kit can be programmed in the Microsoft MakeCode or MicroPython environment, making it a great solution for beginners and more advanced users. Kitronik 5683

A1 size mat designed for educational robots such as Motor, mini and Edison V2. Perfect for play or educational projects. It is double-sided, offering a track to follow lines on one side and a city model on the other, eliminating the need to create boards by hand and making it easier to implement projects related to traffic. Kitronik 46165

A new version of the popular Kitronik Klaw gripper, perfect for robotic and buggy projects. Compatible with MOVE Mk1 and Mk2, it enables precise gripping of objects using a servo mechanism, ensuring easy assembly and wide range of applications in robotics. Kitronik 25104

An educational robot buggy for beginners, which can be built and controlled using the micro:bit module. It is ideal for autonomous and remote-controlled projects. The MK2 is equipped with rubber O-ring wheels, which improves traction and allows you to overcome difficult surfaces, and the drive is provided by two servos, which can be controlled using PWM. Thanks to five RGB ZIP LEDs and easy-to-use dedicated blocks in the MakeCode editor, the kit allows for intuitive coding and adding visual effects and additional functions, such as indicators and reverse lights. Kitronik 5652

A compact, 4-axis collaborative robot with a repeatability of ±0.05 mm, designed for precise automation tasks at a low cost. It offers a 44 cm reach, a payload of up to 500 g, and intuitive features such as collision detection and drag-to-teach. With extensive I/O interfaces (Ethernet, USB, digital I/O, pneumatics) and a compact design, it is ideal for assembly, packaging, laboratory maintenance, and education. The Pololu 5400

A versatile robotics controller based on the Raspberry Pi RP2350 processor that allows you to easily create mobile robots and control mechanisms. With a wide range of ports, including 4 DC motor channels, 8 servo ports, and 3 Maker Ports, it provides an excellent platform for robotics development, ideal for beginners and intermediate users. Cytron MOTION-2350-PRO

Ready-to-use educational robot with built-in micro:bit board and Li-ion battery for learning robotics. Programming is done with intuitive MakeCode tool, and JavaScript is also available for advanced users. Robot offers features such as RGB LEDs, ultrasonic sensors, line tracking and the possibility of modification, which allows for creative learning of robotics, electronics and coding. Cytron RERO-MICRO

Mobile robot controller for micro:bit modules enabling precise robot control, with a 4-channel DC motor controller and the ability to connect up to 8 modeling servos. Thanks to GPIO, UART, I2C ports and compatibility with Qwiic and Stemma QT, the device is easy to expand with additional modules and sensors. The built-in Li-Ion 18650 battery charger and micro USB connector facilitate charging and communication, and the compact dimensions allow easy installation in various projects. Cytron V-MOTION-BIT

Compact control board based on the ESP32-C3-MINI-1 module, offering Wi-Fi and Bluetooth 5 connectivity and the ability to directly control two DC motors and servos. The GDI interface allows easy connection to a color TFT display, making it easy to visualize real-time data. The board is ideal for robotic and IoT projects, offering a rich set of IO ports, compatibility with the Gravity system, and a separate power supply for the servos (5-12V). DFRobot DFR1063