Robotics Parts – Motors and Servos
Available · 1 piece · 1-3 days
Available · 8 piece · 1-3 days
Available · 8 piece · 1-3 days
Available · 8 piece · 1-3 days
Available · 11 piece · 1-3 days
Available · 10 piece · 1-3 days
Available · 6 piece · 1-3 days
Available · 3 piece · 1-3 days
Available · 4 piece · 1-3 days
Available · 5 piece · 1-3 days
Content: 2 Stück (€2.30 / 1 Stück)
Available · 13 piece · 1-3 days
Available · 24 piece · 1-3 days
Available · 5 piece · 1-3 days
Available · 10 piece · 1-3 days
Available · 5 piece · 1-3 days
Available · 6 piece · 1-3 days
Available · 1 piece · 1-3 days
Currently not available
Currently not available
Currently not available
Currently not available
Currently not available
Currently not available
Currently not available
Currently not available
What are robot parts and what are they used for?
Robot parts are key components for building, expanding, or repairing robots. They make it possible to implement a wide range of functions—from simple movement sequences to complex sensor control.
Some of the most important components include servo motors for precise movements, DC motors for driving wheels, sensors for environmental detection (e.g., ultrasonic, infrared, or line sensors), and a chassis as the robot’s base structure.
Other essential components are motor controllers, wheels, axle couplings, encoders for position feedback, and battery holders for power supply. All of these parts are modular and can be combined depending on the project requirements.
Expand robots and customize them individually
With the right robot parts, almost any robot kit can be expanded in a targeted way. Whether you want to improve the sensors, increase mobility, or enhance your robot’s interaction—here you’ll find the right components.
Beginners enhance their kit with additional servos or LED modules, while more advanced projects rely on distance sensors, gyroscopes, gripper arms, or control units. Thanks to standardized interfaces and form factors, the parts can be combined flexibly and integrated into existing systems.
This turns basic robots into versatile platforms that can be optimally adapted to learning and research projects, competitions, or automation solutions.