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Accessories for educational robots
In this category you will find accessories for educational robots. It is mainly about products that make it easy for the robot user to assemble, modify or expand the default version of the robot, for example. It is worth using such tools, because it is during the conscious development of the robot's design that the user develops his creativity the most and preserves previously acquired skills.
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Black Gladiator - caterpillar chassis with DC motor drive - DFRobot ROB0153
Caterpillar robot chassis made of aluminium. It is equipped with two DC motors, which can be controlled using any microcontroller, e.g. Arduino together with the motor...
Index: DFR-15103
Index: DFR-15103
Chassis Round 2WD - Robot Chassis with DC Motor Drive
Transparent, universal platform, allowing you to build a robot, e.g. line follower or fighting robot (sumo). For control, you can use any controller, including Arduino with...
Index: ROB-07243
Index: ROB-07243
Blue Metal Chassis 2WD 2-Wheel with DC Motor Drive
Blue universal, metal platform, allowing you to build a robot, e.g. line follower or fighting robot (sumo). For control, you can use any controller, including Arduino with...
Index: DNG-12474
Index: DNG-12474
Chassis Round 2WD - Robot Chassis with DC Motor Drive - gray-aluminum
Universal platform, made of metal, it allows you to build any driving robot, such as tracking line (line follower) or fighting robot (sumo). Y ou can control the platform...
Index: DNG-13744
Index: DNG-13744
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
Light Damping Balance Tank - Track Chassis with Shock Absorption and DC Motor Drive
Battery operated track platform with shock absorption and all-wheel drive. It allows you to install a control system (e.g. Arduino board) and various sensors and modules in a...
Index: ROB-07242
Index: ROB-07242
Chassis Rectangle 2WD 2-wheel robot chassis with DC Motor Drive
Transparent, universal platform, allowing you to build a robot, for example, to track a line (line follower) or fighting (sumo). For control, you can use any controller,...
Index: ROB-07283
Index: ROB-07283
Chassis Rectangle 4WD 4-wheel robot chassis with DC Motor Drive
Transparent, universal platform that allows to build e.g. a line follower or a sumo robot. You can use any controller including Arduino with Motor Shield to control it.
Index: ROB-07289
Index: ROB-07289
Velleman VMA500 2WD - 2-Wheel Robot Chassis with DC Motor Drive
Black, universal platform, allowing you to build a robot, e.g. line follower or fighting robot (sumo). For control, you can use any controller, including Arduino with Motor...
Index: VEL-11605
Index: VEL-11605
Klaw MK2 Robotic Gripper Kit with servo - Kitronik 25104
The gripper kit can be a great addition to the robot design. The gripper is controlled by a servo motor , which is powered from 3 V to 6 V. The maximum span of the gripper...
Index: KTR-16879
Index: KTR-16879
DFRobot micro: Maqueen Plus V2.1 - advanced education robot platform - DFRobot MBT0021-EN
Advanced educational robot platform micro: Maqueen Plus V2.1 , designed to work with the BBC micro:bit module. The plus version is optimized for better power management and...
Index: DFR-17312
Index: DFR-17312
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
Cytron Maker Motion 2350 Pro - 4x motor + 8x servo controller - RP2350
The Motion 2350 Pro is a modern robot controller from Cytron, based on the Raspberry Pi RP2350 microcontroller . Equipped with DC motor drivers (4 channels, up to 3A...
Index: CTN-25856
Index: CTN-25856
Maqueen Lite V5 - a STEM educational robot for learning to program the micro:bit - DFRobot MBT0046
Maqueen Lite V5 is a micro:bit-compatible STEM educational robot designed for learning programming, robotics, and automation. The model comes fully assembled and equipped...
Index: DFR-27859
Index: DFR-27859
- New
Maqueen Plus V3 - Advanced Matrix Laser Navigation STEM Robot for Competitions (AA Battery)
Maqueen Plus V3 is an advanced micro:bit-compatible educational STEM robot designed for learning programming, robotics, and competitions. Equipped with a matrix laser...
Index: DFR-27860
Index: DFR-27860
- New
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
The board features a microcontroller designed by Raspberry Pi - RP2040 . It features a dual channel DC motor controller, 4 leads for servo control and 7 Grove compatible I/O...
Index: CNT-19611
Index: CNT-19611
The micro: Maqueen Plus V2 robot is an advanced platform designed for use with the BBC micro: bit module. The set includes the AI HuskyLens camera module, which allows, for...
Index: DFR-17313
Index: DFR-17313
Zumo - chassis - set of mechanical parts - Pololu 1418
Set of mechanical parts for the fighting educational Zumo robot made by Pololu.
Index: PLL-01296
Index: PLL-01296
Cytron Maker Mini Sumo - robot controller
The mini sumo robot controller is compatible with Arduino Nano/Uno because it is based on the ATmega328P microcontroller and can be programmed using Arduino IDE . The module...
Index: CTN-16033
Index: CTN-16033
Devastator Tank Mobile Robot Platform (Metal DC Gear Motor)
A new version of the universal, mobile platform made of aluminum on two tracks. It has two metal DC motors that can be controlled using any microcontroller (including Arduino)...
Index: DFR-06610
Index: DFR-06610
DFRobot Micro: Maqueen robot platform for Micro:bit
Micro: Maqueen is a graphically programmed robot platform for micro:bit. It has interesting features, among them plug-and-play feature which allows children to quickly learn...
Index: DFR-12854
Index: DFR-12854
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
M5Stack RoverC Pro - robot platform with wheels and gripper
RoverC Pro is a programmable robot platform compatible with M5StickC and M5StickC Plus modules. The main controller of the platform is STM32F030C6T6 . The platform is...
Index: MSS-18102
Index: MSS-18102
See also
Accessories for educational robots
Educational robots are a category of robots with a wide range of uses and are most often created for children of different ages, but they are perfect for young people and often even adults. Such products are used to develop various skills - mainly in electronics, programming, robotics and automation. Many kits are based on the basic base of the parts contained in the packaging, which must be properly assembled to achieve a specific effect, but by purchasing more parts, you can create completely new constructions. Both the basic versions and extensions are often accompanied by detailed instructions to guide the user during assembly and to allow him to better understand the functions and capabilities of the robot.
Why are educational robots for children so important?
Today, technological development is progressing at a very high rate around the world. New technologies and systems are being introduced everywhere to make life easier, increase the efficiency of various processes, reduce human interference with nature, improve the quality of production and consequently improve the comfort of life. One of the consequences of such changes is the transfer of jobs from those that do not require creative thinking to those that require greater mental commitment. Occupations consisting of operating cash registers in hypermarkets, cleaning large areas, operating agricultural machinery or even driving cars will be replaced by more creative tasks. Already today there is a shortage of well-trained engineers and technical specialists and programmers. That is why it is worth thinking ahead of time about the future of a child, who in a few years' time will develop such skills at school to start working or studying around the age of twenty. Stimulating the child's passion for technical sciences and enabling him/her to learn them will allow him/her to develop faster in the future and to work with passion, not compulsion.
What accessories do we offer?
A very attractive offer is a set of accessories for the construction of a "light- or light-collector" type robot. The product will be perfect for beginners who are just beginning their adventure with electronics and robotics. The set of tools and parts allows you to build an educational robot, which will be able to follow the light source on its own. The educational aspect is best exposed during the construction of the robot itself. The user can use the parts at his own discretion, but the set is constructed in such a way that he can also build the robot with specially prepared instructions. It can be found on the blog page, where you will find a number of useful courses and information on electronics and robotics - a portal called Forbot. After assembling, the robot is to use two photoresistors (light sensors) and drivers of DC motors (direct current). The system is designed so that it does not have a microcontroller and does not need it to work properly. This means that no programming skills are needed to build the device. The user can use a set of resistors (100 kΩ, 47 kΩ and 10 kΩ each), a universal board, goldpins, a twisted-pair cable (to create internal connections), two phototransistors and a special basket for three batteries.