PIPPY-ACCE accessory kit for building walking robot with Raspberry Pi 4 - Waveshare 19525

A set for building a mobile robot with Mecanum chassis based on Raspberry Pi. Equipped with Raspberry Pi Build HAT expansion module and 5 MP camera. Waveshare BuildMecar-Kit-B

Replacement sprockets set for the Zumo robot in white. The kit includes two drive sprockets and two idle sprockets. The gears fit both Zumo V1.2 and Zumo 32U4 robots. Pololu 3129

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

Kit for building a minisumo robot on a crawler chassis. It has a bulldozer, control board and a set of caterpillars. Robot version for self-assembly, requires additional motors, Arduino controller and four AA batteries. Pololu 2509

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

SEN-12589

Orangutan X2 with VNH2 and LCD

Blade designed for use with a Zumo chassis and included as part of an assembled Zumo robot. The plow is made of thick, laser cut stainless steel 0.91 mm thick and is delivered without bent fixing plates. Pololu 1410

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

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

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

Minisumo robot on a tracked chassis with Pololu motors with a 50:1 HP gearbox. The robot is fully assembled and requires four additional AA batteries. Pololu 5011

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

The RoArm-M2-Pro (EU) robotic arm provides four degrees of freedom, high control precision, and great expansion flexibility thanks to its open architecture based on ESP32. The Pro version, equipped with fully metal ST3235 servomechanisms, offers increased durability and accuracy of repeatable movements. Designed for educational, research and development, and prototyping applications, the product enables handling of various scenarios using mobile platforms, ROS2 systems, and 3D visualization. Thanks to extensive documentation and open resources, the arm can serve as a foundation for advanced projects in the field of automation and robotics.

A bionic dog that is an ideal tool for learning programming and studying the movement of four-legged robots. Dedicated to minicomputers Raspberry Pi 4B or ESP32 modules. Waveshare RPI WAVEGO ACCE (EU)