Sumo Robot Controller R1.1 - controller for Sumo robots with ATmega328 microcontroller

A minisumo robot on a tracked chassis with Pololu 50:1 HP motors. Fully assembled robot, additionally requires four AA batteries. Pololu 4991

Multifunctional robot with 2WD chassis with a controller in the form of a micro:bit educational module. It is a universal mobile platform that can track the line and find and avoid obstacles. Waveshare KitiBot for micro:bit Acce B

Set with a hydraulically controlled table with syringes. Made of wood and artificial material, it allows children to learn about the principles of operation of hydraulic lifts

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

RoArm-M3-S (EU) is a versatile robotic arm, ideal for educators, makers, and researchers. With a wide range of control options, AI support, and comprehensive documentation, it enables quick deployment in advanced educational, prototyping, and experimental projects. The version with an EU power adapter is ready to use right out of the box.

Control board for the Balboa 32U4 robot. It is part of Balboa 32U4 Balancing Robot Kit. Pololu 3576

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

A walking robot powered by wind. A great toy for children

Pololu 2510Minisumo robot on a tracked chassis. It has two engines, a sumo blade and a set of sensors. The robot in a complex version, additionally requires an Arduino driver and 4 AA batteries. Pololu 2510

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.

Electronic worm in the form of a kit for self-assembly. It is powered by a DC motor and powered by a set of two AA batteries

This is the Wheel Encoder Kit from DAGU, a simple add-on to any wheeled robot that can help measure the speed or distance the chassis travels. ROB-12629

Multifunctional robot with 2WD chassis and controller in the form of a Raspberry Pi Pico board. It is a universal mobile platform that can, for example, track a line or search for and avoid obstacles. Waveshare PicoGo-EU

Multifunctional robot with 2WD chassis and controller in the form of a Raspberry Pi minicomputer. It is a universal mobile platform that can, for example, avoid obstacles or detect objects using a camera. Pimoroni PIM598

Two-wheeled robot remotely controlled via Bluetooth. The structure is made of laser cut wood and is based on the Romeo BLE mini controller. For self-assembly. DFRobot ROB0139

Kit for self-assembly of the robot based on the Maker Uno controller. The set is perfect as a gift for people who want to easily start their programming adventure. The robot is programmed using the mBlock block interface. Cytron PikaBot