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Wheeled educational robots
Wheeled educational robots are devices mostly intended for young electronics adepts. Currently, many companies and organizations invest a lot of time and resources in the production of electronic equipment to facilitate learning. It is supposed to introduce children and young people to the subject of technical sciences. The use of a wheeled chassis allows for easy movement on flat surfaces, giving the robots great animation possibilities and making the science more varied and thus more interesting for the user.
Products: 17
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Velleman KSR13 - 14in1 robot building kit - powered by solar energy
Set allows you to build 14 project with various skill levels working on solar energy. Mounting kit allows you to explore the key issues associated with electronics and...
Index: VEL-10716
Index: VEL-10716
Velleman KSR14 - solar powered rover
The set includes elements to build a robot powered by solar panels. Mounting kit allows you to explore the key issues associated with electronics and mechanics, while giving...
Index: VEL-10717
Index: VEL-10717
Universal platform for Raspberry Pi with two wheels and ball support. It gas two micro DC motors with the motor control unit, diode RGB, line sensor, obstacle avoidance, and...
Index: WSR-09096
Index: WSR-09096
A kit to build a 4-wheeled PiRacer DonkeyCar racing robot platform based on the Raspberry Pi minicomputer. The robot allows to detect objects and move autonomously. It is...
Index: WSR-16403
Index: WSR-16403
Four-wheeled JetRacer robot platform based on Nvidia Jetson Nano. The robot is equipped with a camera, which supports deep learning technology for object detection and...
Index: WSR-16404
Index: WSR-16404
BalaC Plus ESP32 self-balancing Robot Kit M5Stack K038-B
The BalaC Plus ESP32 is a two-wheeled, self-balancing robot. The set is great for learning the basics of programming while having fun.
Index: MSS-21651
Index: MSS-21651
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
JetRacer Professional Version ROS AI Kit Accessories manufactured by Waveshare is a set of accessories that, when assembled, create a professional version of a four-wheeled...
Index: WSR-22402
Index: WSR-22402
A four-wheeled JetRacer robot platform from Waveshare , based on Nvidia Jetson Nano Pro . The robot is equipped with a high quality camera that allows it to...
Index: WSR-18274
Index: WSR-18274
AlphaBot, Basic robot building kit for Arduino - Waveshare 12257
Universal platform with two wheels and a ball bearing. It has two micro DC motors that can be controlled using any microcontroller (including Arduino or Raspberry) with motor...
Index: WSR-08359
Index: WSR-08359
Cherokey - 4WD robot - DFRobot ROB0102
Four-wheeled robot platform compatible with most popular Arduino modules. Cherokey has a built-in L298P motor controller that supports two motors with voltage from 6V to 12V...
Index: DFR-15091
Index: DFR-15091
DFRobot Flame Wheel Robot - DIY platform
Agile two-wheeled robot Flame Wheel Robot for self-assembly. The unit is driven by 2 DC motors included in the kit. It has a unique and innovative way of moving. The...
Index: DFR-08109
Index: DFR-08109
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
Universal platform for Arduino with two wheels and ball support. It has two micro DC motors with the motor control unit, LED diode RGB, line sensor, obstacle avoidance, and...
Index: WSR-09511
Index: WSR-09511
Totem Mini Trooper - Kit for building two fighting robots - different colors - TotemMaker TRK-MT2
A set of elements which enables to build two Mini Trooper fighting robots. The bricks are highly modifiable so each robot built with them can be different from the others....
Index: TOT-16249
Index: TOT-16249
The four- wheel JetRacer robot platform from Waveshare , which works on the basis of the Nvidia Jetson Nano Dev module included in the set. JetRacer Pro Al Kit is a robot...
Index: WSR-22118
Index: WSR-22118
Sphero Indi - educational robot + silicone coding cards
The Indi robot from Sphero is the perfect tool to introduce children to the world of robotics and coding . The child can solve puzzles using the cards included in the...
Index: OZB-22267
Index: OZB-22267
See also
Wheeled educational robots
Wheeled educational robots are a very broad concept, covering a large group of devices using wheels in their construction. They can be mobile robots that move on one, two, three, four or more wheels. Children in their earliest years of life may have problems with the abstract thinking that adults have to deal with on a daily basis. Giving a child the ability to program a robot that can later really move around in the real world is a very good way to transfer knowledge, because it is based on intuitive and practical learning of mechanisms with a high level of abstraction.
What do circular educational robots allow?
Equipping educational robots in circles is a way to give them one of the most important human qualities - mobility. It is a very important element in social robots, which are becoming more human thanks to a number of such elements. This is very important because a human will be able to trust a robot much more, which will subconsciously remind him of another human being. Such robots can be used, for example, in therapy for children with autism or similar problems. However, in fact, every child will benefit a lot by observing the possibilities and limitations of a robot moving on different numbers of wheels. The child will learn the principles of physics, mechanics and robotics in an accessible way. It is worth remembering that many of the offered devices are products with prepared curricula for different subjects - robotics, electronics and programming, as well as physics, mathematics, music or Polish.
Educational robots will ensure your child's future
Today, it is particularly important for young people to learn about new technologies from an early age. The learning of abstract and logical thinking, which applies to programming languages, is very important in this context. In a dozen or so years' time, the same people will try to find themselves in the labour market, which will look different from today's one. Many jobs that do not require creative thinking (working at checkouts, cleaning, mining and many others) will be replaced by a large number of jobs for programmers and automation and robotics specialists. By giving your child an educational robot, you give him or her a better start in the future and enable him or her to achieve better learning outcomes through play.
What do we offer in this section?
In our offer you will find about 30 products of different kinds of wheeled educational robots. These products are suitable for use by children of all ages and often also for adult users. Some of the robots are sold in the form of sets prepared for self-assembly according to the detailed instructions attached to the product. Very often these types of toys are so universal that they can also be modified and expanded on their own (for example, using other sets from the same manufacturer), thus creating unique constructions. Very popular are, for example, cheap sets for building robots such as minisumo or line-follower. Some of the devices will work perfectly as a basis for building more complex, unique constructions of your project. Devices such as Genibot have a dedicated application for mobile devices (with Android or IOS systems), thanks to which they can be easily programmed. The set is also adapted to work with the popular Scratch 3.0 programming environment. It is a programming language designed primarily for children who want to learn programming easily and intuitively. The M.A.R.K. robot can be very helpful during scientific research. - It is sold in the form of a self-assembly kit. The device is programmed in Python, a module with a rotating camera, LCD display, line tracing module, electromagnet, ultrasonic distance sensor, lights, loudspeaker and many others. Additionally, the manufacturer declares that the equipment is perfectly adapted to implement the machine learning function.