Max:bot DIY - kit for building an educational robot with micro:bit

Robot controller dedicated to Totem sets. It is equipped with Bluetooth communication, so it can be controlled using a smartphone. TMK-X3K totem

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 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

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

Set with Pixhawk 6C flight controller and PM02 power module and M8N GPS module. It is ideal for developers in research labs, startups, academics and commercial applications. SparkFun ROB-20497

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 PI4B AI Kit Acce (EU)

A compact AI robot designed to work with Raspberry Pi 5 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 PI5 AI Kit Acce (EU)

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. Kit version. Pololu 4979

A minisumo robot on a tracked chassis with Pololu 100:1 HP motors. Fully assembled robot, additionally requires four AA batteries. Pololu 4993

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 modernized version of the popular Pololu 3pi mobile robot. The robot was based on the AVR ATmega32U4 microcontroller with the Arduino bootloader. Kit version. Pololu 3740

A set for building a drawing robot. He has felt-tip pens attached to three legs, which he draws on the floor. It is powered by a 1.5 V AA battery. Kit for self-assembly

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

Bionic hand controlled by servos. It is made of acrylic material, allows you to control each finger separately. DFRobot ROB0142

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.