AlphaBot2 kit for building robot with Raspberry Pi 3B/3B+/4B - Waveshare 12992

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

A set for building an educational robot controlled with a micro:bit module. The construction of the vehicle is based on a set of bricks and the magic:bit expansion board

A set for building an educational robot based on the popular micro:bit module. It is intended for people over 8 years of age. It allows you to introduce a child to the world of robotics in a simple and friendly way. DFRobot ROB0147

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)

Replacement sprockets set for the Zumo robot in red. The kit includes two drive sprockets and two idle sprockets. The gears fit both Zumo V1.2 and Zumo 32U4 robots. Pololu 3128

An educational platform designed to teach programming to children aged 8-11. It features a motor, ultrasonic sensor, microphone, speaker, large touch-sensitive buttons with LEDs, and many additional features, such as programmable ZIP LEDs, a potentiometer, and traffic light kits. The board is compatible with the BBC micro:bit, supports MakeCode programming, and features an acrylic cover and safety features. Kitronik 56101

Module with 5 balancing sensors for Balboa 32U4 balancing robot. Pololu 3577

A modernized version of the popular Pololu 3pi mobile robot. The robot was based on the AVR ATmega32U4 microcontroller with the Arduino bootloader and OLED display. Assembled version. Pololu 4974

Set with Pixhawk 6C flight controller and PM07 power module and M8N GPS module. It is ideal for developers in research labs, startups, academics and commercial applications. SparkFun ROB-20499

A modernized version of the popular Pololu 3pi mobile robot. The robot is based on the AVR ATmega32U4 microcontroller with Arduino bootloader and OLED display. Assembled version. Pololu 4975

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

An extensive development board designed specifically for robotics projects. The set uses the ESP32-S3 microcontroller, which is equipped with a camera enabling video transmission and remote control via WiFi and Bluetooth. DFRobot DFR0994

Spider Robot

A robotic arm with four degrees of freedom (4 DoF) based on servomechanisms and a controller with an ESP32 module. It can be controlled wirelessly via WiFi and a web browser or USB interface. Waveshare RoArm-M2-S (EU)

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.

Gripper-B Waveshare 30386 with CF35-12 servo provides advanced gripping functionality for robotic arms through precise force control, feedback, and real-time protection. The aluminum alloy and stainless steel housing, along with adjustable grip and expandability for vision systems, make it an ideal component for industrial, research, and educational applications in robotics.