Strip LED SMD5050 IP20 14,4W, 60 LED/m, 10mm, natural white - 5m
Index: LED-07083
- Reduced price
- Promotion
Fibaro Home Center 3 Lite EU - WiFi/Z-Wave Plus - white - FGHC3L
Index: FIB-23776
- Reduced price
- Promotion
Raspberry Pi 400 GPIO adapter - 2x 40-pin - Waveshare 20219
Index: WSR-20079
- Reduced price
- Promotion
Air quality gauge Benetech GM8803 PM2.5 and PM10 with display
Index: BNT-10775
- Reduced price
- Promotion
- Reduced price
- Promotion
Programming robots
In this category you will find a wide range of different types of programming robots. These robots are mostly designed so that the user can program them himself, often using simplified tools. The idea behind the idea is to combine learning with fun to be enjoyable for the child. Thanks to such products the young generation can learn the basics of electronics, programming and robotics from an early age. This is very important both because of the growing demand for specialists and because of the future of the child already as an adult on the labour market.
Products: 15
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PicoGo Mobile Robot - remote controled robot for Raspberry Pi Pico - Waveshare 20396
A platform that allows you to create a remote controlled Waveshare PicoGo robot. A Raspberry Pi Pico microcontroller module is required for proper operation of the robot,...
Index: WSR-20083
Index: WSR-20083
BugC2 - programmable robot platform with M5StickC Plus2 - M5Stack K033-C
BugC2 is an advanced robot base , compatible with M5StickC controllers. It has four L9110S motor drivers , DC motors with gear, programmable RGB diodes and infrared encoder...
Index: MSS-24827
Index: MSS-24827
MPBOT 209 - educational robot - Nashenbot
MPBOT 209 is an innovative educational robot designed using " Screen Free " technology. This unique driver replaces traditional devices such as tablets, phones or computers,...
Index: ARK-23174
Index: ARK-23174
- On sale!
Arduino Alvik - educational robot with Arduino Nano ESP32 - AKX00066
Arduino Alvik is an educational robot platform in the form of a two-wheeled vehicle based on Arduino Nano ESP32 . It is equipped with two advanced engines with encoders, a...
Index: ARD-24390
Index: ARD-24390
JeTank AI Kit - AI tracked mobile robot with Nvidia Jetson Nano - Waveshare 20876
Waveshare JeTank tracked robot platform based on the Nvidia Jetson Nano minicomputer. Thanks to the Nvidia Jetson Nano module, the robot can track objects using artificial...
Index: WSR-21735
Index: WSR-21735
Aisteam 101S - educational robot - Premium pack - Nashenbot 502101
Aisteam 101S is a robot from Nashenbot that combines traditional elements, such as the ability to build and program , with a modern approach, introducing advanced...
Index: ARK-23175
Index: ARK-23175
- On sale!
- Promotion
The Astorino educational robot is an advanced tool for learning robot programming. It can move in 6 degrees of freedom , and thanks to its advanced design it can be used to...
Index: ART-24523
Index: ART-24523
Zumo - minisumo robot for Arduino v1.2 - assemled - Pololu 2510
Polol's fighting educational robot. It is a fully assembled version with micro 75:1 HP motors and line sensors. To start the fun just plug in the Arduino - Uno or Leonardo...
Index: PLL-02705
Index: PLL-02705
A complex educational fighting robot platform, based on ATmega32u4 microcontroller with Arduino bootloader uploaded, programmed via USB. The robot is equipped with two Pololu...
Index: PLL-20748
Index: PLL-20748
Assembled fighting educational robot, based on ATmega32u4 microcontroller with Arduino bootloader uploaded. Zumo is programmed via microUSB port and Arduino IDE environment....
Index: PLL-20749
Index: PLL-20749
Finished platform of a fighting educational robot. Pololu Zumo 32u4 platform based on ATmega32u4 microcontroller with Arduino bootloader uploaded. Zumo is programmed via...
Index: PLL-20750
Index: PLL-20750
Trilobot - robot platform - for Raspberry Pi - PiMoroni PIM598
A kit consisting of components for self-assembly of the educational robot Trilobot by PiMoroni. Trilobot is used to learn programming and robotics for intermediate users....
Index: PIM-20886
Index: PIM-20886
MyBuddy 280 - 13-axis collaborative arm robot - Elephant Robotics
MyBuddy 280 from Elephant Robotics is an innovative robot with a dual 6-axis arm that was designed as an educational and research tool. It has a 7" display, two 2-megapixel HD...
Index: ELP-23350
Index: ELP-23350
Zumo v1.2 - minisumo robot KIT for Arduino - Pololu 2509
Fighting education robot for self-assembly. The platform has the opportunity to plug in Arduino Uno or Leonardo modules. The kit includes: main board Zumo Shield, a chassis...
Index: PLL-02937
Index: PLL-02937
JeTank AI Kit - AI tracked mobile robot - Waveshare 20986
Waveshare JeTank is a tracked robot platform that requires the Nvidia Jetson Nano minicomputer to work properly. The Nvidia Jetson Nano module with the IMX219 camera...
Index: WSR-21734
Index: WSR-21734
See also
Assembly and programming works
In this category we present a large selection of different robots for assembly and then programming. We offer equipment that can be designed for children (even from 3 years old), for young people, but also for adults who have not previously had the opportunity to learn about robotics by themselves. In many sets, the key educational element is the moment of self-folding the device. Most products are equipped with a step-by-step instruction manual that explains the next steps. In this way, the user is able to learn the basics of electronics, mechanics, automation or robotics, and ultimately programming. The products for which the manual contains several separate descriptions of the construction of robots to be built from the same materials are very useful. In the case of such equipment, the user can often also realize their own ideas on their own, learning creativity and using freshly learned basics of robotics for new projects. The devices can then be easily expanded by using more equipment (for example by buying other products from the same brand).
Robot for a 5-year-old
Our offer includes a wide range of educational robots - also those that focus primarily on learning programming from an early age. Such products are most often complex by the manufacturer and do not require additional activities to work. Depending on the level of difficulty and adaptation to the age of the user, programming can be done by arranging simple cards in different colors, which the robot will recognize by itself, may require the use of a dedicated application for mobile devices or take into account the need to write code fragments on the computer. One of the most commonly used programming languages for this purpose is Scratch, but very often it can also be programmed in Python or so called Blocky. The Scratch language has been designed especially for the simplest possible learning of programming from an early age. The user often only has to set up the appropriate blocks with pictures on his smartphone screen, so he doesn't even have to be able to read yet, and can already learn programming - for example in the case of a robot for a 4-year-old. In the next stages of difficulty, the blocks are signed with the actions that the device will perform (robot for example, for an 8-year-old), and even later, the child will learn the code fragments, so that he or she can finally create his or her own code using the traditional keyboard (robots for young people). Many of the products are constructed in such a way that the progress can be made even within one set, so that after buying one product you can constantly discover its new possibilities for many years.
Why invest in coding robots for children?
Children's coding and programming robots are a very important part of their development Today, there is a rapid technological development around the world, with many devices "aging" rapidly, new jobs being introduced and those that do not require creative thinking being eliminated. Already now there is a shortage of trained personnel, so those who have completed technical majors quickly find a job in their profession. Scientists predict that in a dozen or so years this demand will be many times greater. It is already worth preparing your own children for the future. Encouraging young people to develop their passion for robotics will improve their starting position at school and at university. On the other hand, inner conviction and sincere interest will make the child a much happier person.