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Category: Robotics
Robotics
Robotics combines engineering, computer science, and automation to create advanced machines for various applications. Our range includes educational robots, robot controllers, and kits for building robots based on platforms such as Arduino, Raspberry Pi, and FPGA.
Subcategories
There are 197 products.
Electronic ball launcher in the form of a kit for self-assembly. The device is powered by two AA batteries
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
Set for building a robot that follows the line (linefollower). Kit for self-assembly
Kit for building a simple educational robot Maqueen micro:bit chassis with engines, distance sensor, battery basket and necessary assembly elements. DFRobot ROB0148
Mini plotter construction kit. The structure is made of wood, a felt-tip pen is used as a writing element. The device is powered by two 1.5V AA batteries
A set for building a vehicle powered by a DC motor with a propeller. Four-wheel design, powered by two 1.5V AA batteries
A stand for mounting the side panel for the Totem Mini Lab set. Increases the stability of the structure. Totem M-MLE1
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
Kit for building robots powered by a solar panel. The set of parts allows you to build 13 versions of robots that move under the influence of sunlight
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
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
A robot controller based on the ESP32-WROOM-32 module. Provides a wide range of functionality and support for various applications, including WiFi, Bluetooth and ESP-NOW wireless communication. Waveshare General Driver for Robots
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 set of accessories for building an autonomous racing robot based on the popular NVIDIA Jetson Nano development kit. Waveshare JetRacer Pro AI Kit Acce
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
Safe in the form of a kit for self-assembly. The structure is made of wood. It has a built-in closure with a 3-digit code mechanism
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 set of spare parts for the Balboa balancing robot that can be mounted in many ways. Pololu 3574
T-Rex walking dinosaur construction kit. The structure is based on wooden elements, it is driven by a DC motor powered by two AA 1.5 V batteries
Educational Robots for Learning Programming
Educational robots are excellent tools for learning programming and engineering. They help students and enthusiasts acquire practical skills in robotics.
Versatile Robots with Arduino
Arduino-based robots, such as Pololu 3pi+ and Pololu Zumo, enable easy creation and programming of robots, ideal for both beginners and advanced users.
Advanced Projects with Raspberry Pi Robots
Raspberry Pi robots offer more computational power and flexibility, perfect for advanced projects with integration of various sensors and modules.
Precision Robot Arms
Robot arms are used in education and industry for learning to program movements and object manipulation, crucial in many engineering applications.
Specialized Robots with FPGA
FPGA-based robots allow the design of specialized logic circuits, offering high performance and precision for advanced robotics projects.
Advanced Robot Controllers
Robot controllers are key components that enable precise control of robot movements and functions, ensuring reliability and efficiency in operations.
Advantages of Purchasing Robots at Kamami
Choosing Kamami provides access to high-quality products and professional technical support. We offer competitive prices, fast order fulfillment, and expert advice, making us the ideal partner for your robotics projects.