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Robotics – Discover Kits, Accessories, and More

Find everything for your robotics projects: robots, kits, compatible accessories, robot parts, and more! Get exactly what you need to bring your robot to life. Start now!
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Robots & Kits
Robots & Kits
Robot Parts
Robot Parts
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Pololu
POL955
Pololu Ball Caster, 0.75 inch metal ball, ABS housing, height-adjustable for small robots

€3.20

Available · 14 piece · 1-3 days

SparkFun
ROB-13259
Wheel, 65mm, with rubber tyres, 2 pieces

Content: 2 Stück (€2.30 / 1 Stück)

€4.60

Available · 1 piece · 1-3 days

Waveshare
WS-24985
Waveshare metal flat spanner flange plate for series bus servo

€3.50

Available · 47 piece · 1-3 days

Makeblock
MKB-90092
Makeblock mBot Ranger, 3 in 1 robot kit, 23-piece chain robot set, from 8 years

€185.95

Available · 3 piece · 1-3 days

Makeblock
MKB-61200
Makeblock Lochplatte 2448, 18 Bohrungen mit 8mm Raster Ø4,1mm, Aluminium eloxiert, 48x24x2mm

€0.90

Available · 47 piece · 1-3 days

DFRobot
ROB0117
DFRobot Cherokey, robot kit for Arduino

€121.00

Available · 1 piece · 1-3 days

Energize Lab
EILIK-BOT-DQ
Energize Lab Eilik, emotionally intelligent companion robot, over 140 emotions
Color: orange | Color: DQ orange

€199.90

Available · 3 piece · 1-3 days

Makeblock
MKB-61400
Makeblock Lochstab 45 Grad, 9x M4-Rasterbohrung, Aluminium eloxiert, 8 mm Raster, 2 Stück

Content: 2 Stück (€1.45 / 1 Stück)

€2.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-61408
Makeblock Lochplatte 4864 Dreiecksform, Aluminium eloxiert, 8mm Raster M4 Bohrungen, Langlöcher

€1.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-62470
Makeblock Winkel 120 Grad 3x3-Loch, 18x M4-Bohrungen, zentrale Ø 3,3 mm Bohrung, Aluminium eloxiert

€0.90

Available · 27 piece · 1-3 days

Makeblock
40703.432.150_SAM
Makeblock Achsen abgeflacht, 4 mm

From €0.90

Available · 100+ piece · 1-3 days

SparkFun
DEV-15713
SparkFun moto:bit for micro:bit Qwiic, H-bridge, servo control, I2C, edge connector,

€27.80

Available · 5 piece · 1-3 days

DFRobot
ROB0154
DFRobot "Yuewalker" chassis

€83.25

Available · 5 piece · 1-3 days

Makeblock
MKB-13412
Makeblock LED-Matrix-Modul 8x16 V1, 128 LEDs Anzeigeeinheit, RJ25-Anschluss, 5 V Betriebsspannung

€10.90

Available · 18 piece · 1-3 days

Makeblock
MKB-95008
Makeblock Servomotor MEDS 150, 180° Digitalservo, 9,8 kg/cm, Montageset mit M4-Halterung, 6 V

€35.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-13602
Makeblock MB 4fach-Tastermodul V1, Eingabemodul mit RJ25-Anschluss, grüne Taster

€4.90

Available · 28 piece · 1-3 days

Makeblock
MKB-61508
Makeblock Winkel 3x6-Loch, Aluminium eloxiert, 36x M4-Bohrungen, 8mm Raster, 90° Montagewinkel

€2.90

Available · 100+ piece · 1-3 days

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Pololu
POL3144
Pololu Zumo 32U4 Main Board v1.1

€34.50 €63.60 (45.75% saved)

Available · 1 piece · 1-3 days

Makeblock
MKB-89014
Makeblock Lagereinsatz für 4mm Achsen, Ø8mm Außendurchmesser, Cu-Zn-Legierung

€2.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-95026
Makeblock Mikroservo 9 g Robotikset, PWM-Anschluss, Aufnahmenaben & PMMA-Platte, 4,8–6 V DC

€4.90

Available · 4 piece · 1-3 days

Makeblock
MKB-12070
Makeblock MegaPi Encoder/DC Motor Driver V1, 2 Kanäle, 6–12 V, 3 A Nennstrom, 5,5 A Peak

€7.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-P3030022
Makeblock mBuild Science sensor module V1.0, mBuild-compatible, multiple sensor, 4-pin port

€22.90

Available · 2 piece · 1-3 days

Makeblock
MKB-61522
Makeblock Bügel C, Aluminium eloxiert, 2x Ø16 mm Lagerbohrung, 8mm Achsdurchführung, M4-Bohrungen

€2.90

Available · 32 piece · 1-3 days

Makeblock
MKB-61520
Makeblock Bügel B, Aluminium eloxiert, 7x 8 mm Bohrungen, 44x M4-kompatible Bohrungen, U-Form

€2.90

Available · 56 piece · 1-3 days

SunFounder
SF-CN0414D
SunFounder GalaxyRVR Mars Rover Kit, Arduino Uno R3 kompatibel, Rocker-Bogie, Solar, FPV, ESP32 CAM

€129.90

Available · 4 piece · 1-3 days

Makeblock
MKB-61516
Makeblock Verstellbügel U1, Aluminium eloxiert, 3x Ø8 mm Mittelbohrung, 3x M4-Bohrkreis, U-Form

€1.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-14002
Makeblock Batteriehalter 4xAA, DC-Hohlstecker 5,5 mm, für m-Bot, Kunststoffkabel 20 cm, Ausgang 6 V

€1.90

Available · 64 piece · 1-3 days

Makeblock
MKB-62420
Makeblock Motorhalterung 42BYG/36DC, 8x M3- und 25x M4-Bohrungen, Aluminium, 8 mm Raster, blau

€7.90

Available · 41 piece · 1-3 days

Makeblock
MKB-P3050001
Makeblock TFT-LCD-Bildschirm 2.4 Zoll V1, Auflösung 320x240, RJ25, 80 mA, 3,3–5,5 V

€24.90

Available · 23 piece · 1-3 days

Makeblock
MKB-62441
Makeblock Bügel U3, 17x M4-Bohrungen, 8-mm-Raster, 4x 6 mm Bohrung, 2x Messinglager, Aluminium, blau

€2.90

Available · 20 piece · 1-3 days

SunFounder
SF-CN0488D
SunFounder PiCrawler Raspberry Pi Robot Kit, Kamera, Ultraschall, Python, EzBlock, 13 Bewegungen

€139.90

Available · 12 piece · 1-3 days

Makeblock
MKB-85008
Makeblock Welle Ø4x39mm, M4-Gewinde 15mm, mechanische Achse für Robotiksysteme

€4.90

Available · 1 piece · 1-3 days

Makeblock
MKB-61216
Makeblock Lochplatte I1 2472, 18x M4 Lochungen, 8 mm Raster, Mittelnut, Modular, Aluminium

€1.90

Available · 83 piece · 1-3 days

Makeblock
MKB-61110
Makeblock Spindelführung 0808 M4, 8 Bohrungen + 1 M4-Gewinde, Aluminium eloxiert, 40 mm Länge

€4.90

Available · 100+ piece · 1-3 days

Makeblock
MKB-13600
Makeblock Mikroschalterset A, mechanischer Taster, 3-Pin Anschluss, Acrylglas-Halterung

€3.90

Available · 100+ piece · 1-3 days

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Robotics – Everything You Need to Know

Robotics is an interdisciplinary field of technology that focuses on the design, construction, and control of robots. It brings together mechanical components, sensors, electronics, and software to develop machines that can perform tasks automatically or via remote control.

Today, robotics is used in areas such as industrial automation, smart homes, education, logistics, and research. It is also gaining importance in the DIY space: From programmable robot arms and mobile platforms to IoT applications, many projects can be implemented using microcontrollers like the Arduino or single-board computers like the Raspberry Pi.

Whether as a hobby, a learning project, or for prototyping, robotics offers an ideal way to gain hands-on experience with sensors, motor control, and automated processes.

Getting Started in Robotics – Build Your Own Robot

Getting started in robotics is easy with a suitable robot kit or your own DIY project. Many kits are based on platforms such as Arduino or Raspberry Pi and already include motors, sensors, a chassis, and control boards. These complete sets make it possible to implement first projects quickly.

If you want to work more individually, you can assemble the required components yourself: servo motors, sensors such as infrared or ultrasonic, a power supply, and connecting cables. The mechanical construction is created using parts made of plastic, aluminum, or 3D printing. The setup is complemented by control boards, brackets, and suitable fasteners.

This results in mobile robots, automated gripper arms, or sensor stations that can be moved via remote control or through predefined routines. This modular approach makes it easy to get started and offers many options for further development.

Programming Robots – Software Makes the Difference

Programming is a core part of robotics. Only with the right code does hardware become a functioning system. Depending on the platform, languages such as Python, C/C++, or visual environments like Blockly are used—each tailored to the project and the desired robot behavior.

Arduino systems are typically programmed using the Arduino IDE. Tasks such as motor control, LED signals, or reading sensor values can be implemented in a structured way. Raspberry Pi users often rely on Python, supported by extensive libraries such as gpiozero or RPi.GPIO.

Many robot kits include sample code and step-by-step instructions, so early successes are possible even without programming experience. If you want to dive deeper into the topic, the combination of hardware, code, and logic offers a hands-on learning field with a wide range of applications.

Robotics for Kids – Discover Technology Through Play

Robot kits for kids offer a creative introduction to technology, electronics, and programming. In a playful way, young makers learn how simple movements and routines can be controlled with code.

Especially suitable are kits based on the micro:bit. These can be operated via intuitive programming environments and promote technical understanding as well as logical thinking.

From small robot vehicles to gripper arms—children experience first-hand how technology works. Ideal for leisure time, school, or project work. You can find suitable kits for children in our Makeblock category.

FAQ – Robotics

Which components do you need to build your own robot?
A typical DIY robot consists of a control unit (e.g., Arduino or Raspberry Pi), a drive system (motors), sensors, a power supply, and a mechanical frame. In addition, you’ll need connecting cables, possibly a motor driver, and mounting materials such as screws, brackets, or enclosure parts.
Which sensors are typically used in robotics?
Robotics commonly uses distance sensors (ultrasonic, infrared), touch sensors, light sensors, line-following sensors, temperature sensors, motion sensors (PIR), gyroscopes, or camera modules—depending on the application.
What is the difference between servo, DC, and stepper motors?
DC motors rotate continuously when power is applied and are well suited for simple drives. Servo motors can be controlled to a specific position—ideal for levers and arms. Stepper motors move in precise angular steps and are used when accurate positioning is required.
What are typical everyday applications for DIY robots?
DIY robots can be used as mobile platforms, line followers, obstacle avoiders, gripper arms, automated sensor stations, or smart home components. Creative projects such as plant watering, facial recognition, or voice control are also possible.
Which tools do I need to program a robot?
You typically need a development environment such as the Arduino IDE or Thonny (for Python on the Raspberry Pi), a USB cable to connect the controller, and possibly additional libraries and drivers. A text editor, a serial monitor, and access to documentation are also helpful.
Where can I find ready-made programming examples for my robot project?
Many manufacturers and developer communities provide sample code directly on GitHub, in forums, or in official documentation. You can also find plenty of templates for getting started in tutorials, online courses, and project write-ups on platforms such as Instructables or Hackster.io.