Learning robotics works best when you can build, code and test your own ideas. This category brings together kits, vehicles and platforms for exploring electronics, computer vision, locomotion, Raspberry Pi, ROS and programming. Some products include essential components while others need a computer, battery or additional board, so review the full listing before you begin.
An open Fashionstar Atom-X robot kit with 17 degrees of freedom.
Standout feature: An open Fashionstar Atom-X robot kit with 17 degrees of freedom.
Ideal for: Advanced learning and articulated-robot development.
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Educational robotics kit for learning to code through mobile robot projects. Check the courses and contents of each bundle.
Standout feature: Educational robotics kit for learning to code through mobile robot projects.
Ideal for: Students, families and educational activities.
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A programmable robot-car kit for practicing electronics and control.
Standout feature: A programmable robot-car kit for practicing electronics and control.
Ideal for: Learning and programming projects.
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A Seeed Studio Make-A-Robot kit for creating and testing robotics ideas.
Standout feature: A Seeed Studio Make-A-Robot kit for creating and testing robotics ideas.
Ideal for: People learning by building robots.
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Programmable open-source quadruped robot dog for learning locomotion, coding and robotics concepts.
Standout feature: Blocks, C++, Python, Wi-Fi and Bluetooth.
Ideal for: Hands-on coding and robotics learning.
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Raspberry Pi-based robot car for learning programming, computer vision, navigation and AI applications.
Standout feature: Camera, Python, Scratch and visual recognition.
Ideal for: Raspberry Pi and computer-vision projects.
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Omnidirectional robotic platform for learning ROS, computer vision, autonomous navigation and development with Raspberry Pi or NVIDIA Jetson.
Standout feature: Six-degree-of-freedom robotic arm.
Ideal for: Advanced ROS and autonomous-navigation projects.
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A 2WD robot-car kit with L298N, ultrasonic sensing and tracking for projects compatible with Arduino boards.
Standout feature: 2WD drive, ultrasonic sensing and tracking.
Ideal for: First robotics projects with Arduino.
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A radio-controlled robot-tank chassis kit with tracks for building and customizing a mobile vehicle.
Standout feature: Tracked chassis for a DIY project.
Ideal for: People who want to build a mobile robot from the chassis.
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A starter robot kit for programming with Arduino, an ESP32 camera and materials for learning code in its basic version.
Standout feature: Arduino programming and an ESP32 camera.
Ideal for: Beginning programming and robotics learning.
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A smart automation kit for programming with Arduino, an app, ESP32 camera and code learning.
Standout feature: App, ESP32 camera and programming.
Ideal for: Automation projects and code learning.
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A programmable robot-car kit based on Raspberry Pi Pico, with MicroPython programming support.
Standout feature: Raspberry Pi Pico and MicroPython programming.
Ideal for: Students and DIY electronics projects.
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An educational robot car with ESP32, camera, ultrasonic sensor, IoT functions and solar power described in its listing.
Standout feature: ESP32, camera, ultrasonic sensing and solar power.
Ideal for: Programming, IoT and electronics projects.
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A DFRobot right bionic robot hand for building and experimentation projects.
Standout feature: A DFRobot right bionic robot hand for building and experimentation projects.
Ideal for: Learning about mechanisms, control and robotics.
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A Yuewalker tracked chassis for building and exploring mobile-robotics projects.
Standout feature: A Yuewalker tracked chassis for building and exploring mobile-robotics projects.
Ideal for: People who want to build a mobile platform.
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A DFRobot left bionic robot hand for building and experimentation projects.
Standout feature: A DFRobot left bionic robot hand for building and experimentation projects.
Ideal for: Learning about mechanisms, control and robotics.
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A DFRobot Insectbot Hexa kit for exploring six-legged locomotion.
Standout feature: A DFRobot Insectbot Hexa kit for exploring six-legged locomotion.
Ideal for: Hands-on learning about articulated robotics.
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A BrainCo Revo 2 Touch product for exploring robotic hand technology.
Standout feature: A BrainCo Revo 2 Touch product for exploring robotic hand technology.
Ideal for: People comparing robotic hand technology.
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Robotic car kit for Raspberry Pi Pico 2 and MicroPython programming projects.
Standout feature: Robotic car kit for Raspberry Pi Pico 2 and MicroPython programming projects.
Ideal for: Hands-on electronics and mobile robotics learning.
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Four-axis robotic arm kit with joystick-style control for Arduino UNO programming projects.
Standout feature: Four-axis robotic arm kit with joystick-style control for Arduino UNO programming projects.
Ideal for: Builders learning to program a mechanical arm.
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Educational robot car kit for building and programming. The listing mentions Python and 2WD or 4WD configurations.
Standout feature: Educational robot car kit for building and programming.
Ideal for: Wheeled robotics STEM projects.
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